Too Much Delegation In Nissan

Good communication skills can help a manager successfully delegate responsibility to subordinates. It is a process of good thing that spreads the workload, rewards subordinates with decision making power, develop subordinates capabilities and allow decision to be made. By practicing delegation process, an organization can do achieve their set of goal. Nissan, a renowned Japanese automaker is the best example of practicing delegation. From the case study â€Å"Too much delegation at Nissan†, we have got some findings that how Carlos Ghosn, CEO of Nissan, did apply to get success by practicing delegation.Question 1: What are some advantages that Carlos Ghosn can expect to obtain from retaining decision-making authority at the CEO level? What are some potential pitfalls that he must be aware of? Answer : Carlos Ghosn, CEO of Nissan joined in 1999. Nissan, Japanese automakers vehicle that is 44% own of second largest car company in Japan namely Renault. Before joining Carlos, Niss an was near bankruptcy. They had unappealing models, low market share and declining profitability. At this crucial moment, Carlos took responsibility in Nissan to safe its sink.Skilled Carlos think â€Å"what people think about him and which approach should apply? †. He did not apply traditional approach even he did not convince the people. Ghosn laid off employees who acted as advisors but had no operational authority. He consulted his subordinates, then made decision own. He hired hot designer from rival firms and gave them authority over new product development resulting slew of innovative, award winning designs such as the Xterra and the updated stylish new altima.As a CEO, Carlos can expect to obtain from his subordinates- To get more work following a team based work – To help him burden by doing major portion of the organizations work. – Designer will do provide high range car design. – To solve any existing problem and innovate of new idea.  œ Subordinates will operate and monitor all about operational activities. As Carlos, got all type of supported from his subordinates, He did able to revive new model. Although he had aware of some pit falls. – Actually, he did follow boldness and risky approach where as all other Nissan Manager followed Caution and slowness.As cost cutting approach had lead to success all other divisions of Renault, Carlos did reduces expenses. – And most important his hidden inspiration. He inspired the designer hired from china for their special design. Upon his successful guide and delegation, Nissan profits and sales are up substantially. With eight new models in 2003 and four more in 2004. Nissan has the potential to surpass Toyota currently number one automaker in Japan and the innovation is continue. Question 2: Give at least three example of decisions that can be most effectively made with a decentralized process.Give at least three examples of decisions that can be most effect ively made with a decentralized process. Do not use example from the case above. Explain your choices. Answer : Decentralization and its example: Decentralization refers that, decision making is not only restricted to top management. Decision are also made by lower level employees because they are more towards the action of performance. They can quickly solve the problem and more people are involved in giving decision. Decentralization make employees feel that organization is trusting on them and giving right to make decision.Example 1: As the company X is suffering from loss for two years, the employee concluded that as the company is closed for 5 to 6 days per month in a year due to strikes in country, productivity is low. So to achieve the productivity, employee will do over time. Example 2: Franchise company like KFC, control most product development and marketing strategy at the top, but they give franchise owners a great deal of independence in running their individual stores. Franchise owners make staffing decisions, decisions on hours of operation and compensation decisions completely on their own.Example 3: Sainsbury`s, the second largest retail shop in across the UK, the CEO Justin King have given their store manager considerably more discretion on what merchandise to stock in their store. Today in modern world, most organization is following decentralization. It makes organization more flexible and responsive. Centralization and its example: Centralization refers that decision making in the organization can be done by only top management. It is the formal authority that top management will give decisions which will be followed by everyone without any changes.When only top managers take decision without any option of lower level employees, the organization is centralized. In simple word, top manager has right to take decision without any view of lower level of manager is called centralization. Example 1: Top management of Company X decided that the m edical facility of the employees will not be provided for six month because the company is suffering from loss for two years. Example 2: A manager of a trucking company makes all operational decisions, sending information to the individual drivers through dispatches.Example 3: The central bank of Bangladesh monitoring and evaluating all other govt. owned bank and private bank in Bangladesh. They published rules and regulation for other bank and every bank followed this rules. Those decision are taken by only top management without any recommendation of lower level employee. Question 3: Japanese management system depends on high specialization. Dose a high level of specialization typically lead to decentralization? Why or Why not?Answer: The Japanese management system depends on high specialization and this lead  to decentralization. We know that, specialization typically related with decentralization. Specialization is the degree to which the overall task of the organization is br oken down and divided into smaller component part where as the decentralization is the process of systematically delegating power and authority through the organization to middle and lower level organization.That means, when specialization follow its every steps like rotation, enrichment, enlargement etc. every employees got some power to achieve the selected target i.e. some systematic delegation has been practiced . An example like Pin factory, improved its productivity using specialization. One man drew the wire, another straight tended, a third cut it and a fourth ground the point and so on and thus on ten man produces 48,000 pin in a day, where as a man alone could produce 20 pin per days. Here, we see that the systematic delegation has been followed in every lower level employee to do work independently as well as the employee did team work that completely reflected decentralization process.From the case study we have known that, all most all business firms in Japan, are tradi tionally team based structure and a consensus approach to decision making which clearly reflected decentralization. The management system in Japan allows a lot of participation from employees at all levels. The management expertise understand the consumer, understand the people they are dealing with and they understand the government and they need in the market place. Based on need they hire high ranking manager who guide the employee as well as give them power to achieve target and they are getting success.The above description of specialization and decentralization, it is clear that both are the same pattern and interrelated. For success in any business not only in Japan but in all across in the world it is essential to follow decentralization a well as specialization. I am strongly agree that high level of specialization lead to dencetralization. —- Question 1: What are some advantages that Carlos Ghosn can expect to obtain from retaining decision-making authority at the C EO level? What are some potential pitfalls that he must be aware of? Answer :Nissan, Japanese automakers vehicle that is 44% own of second largest car company in Japan namely Renault. Before joining Carlos, Nissan was near bankruptcy. They had unappealing models, low market share and declining profitability. At this crucial moment, Carlos took responsibility in Nissan to safe its sink. Ghosn laid off employees who acted as advisors but had no operational authority. He consulted his subordinates, then made decision own. He hired hot designer from rival firms and gave them authority over new product development resulting slew of innovative, award winning designs such as the Xterra and the updated stylish new altima.As a CEO, Carlos can expect to obtain from his subordinates- To solve any existing problem and innovate of new idea. – Subordinates will operate and monitor all about operational activities. – To get more work following a team based work – To help him b urden by doing major portion of the organizations work. – Designer will do provide high range car design. As Carlos, got all type of supported from his subordinates, He did able to revive new model. Although he had aware of some pit falls. – Actually, he did follow boldness and risky approach where as all other Nissan Manager followed Caution and slowness.As cost cutting approach had lead to success all other divisions of Renault, Carlos did reduces expenses. And most important his hidden inspiration. He inspired the designer hired from china for their special design. Question 2: Give at least three example of decisions that can be most effectively made with a decentralized process. Give at least three examples of decisions that can be most effectively made with a decentralized process. Do not use example from the case above. Explain your choices. Answer :Decentralization: Decentralization is the process of systematically retaining power and authority throughout the or ganization to middle and lower level manager. They can quickly solve the problem and more people are involved in giving decision. Decentralization make employees feel that organization is trusting on them and giving right to make decision. Example 1. As the company X is suffering from loss for two years, the employee concluded that as the company is closed for 5 to 6 days per month in a year due to strikes in country, productivity is low.So to achieve the productivity, employee will do over time. 2. Franchise company like Pizza Hurt, control most product development and marketing strategy at the top, but they give franchise owners a great deal of independence in running their individual stores. Franchise owners make staffing decisions, decisions on hours of operation and compensation decisions completely on their own. 3. Wal-Mart the largest retail shop in across the USA, The higher authority have given their store manager considerably more discretion on what merchandise to stock in their store.Centralization: Centralization is the process of systematically retaining power and authority in the hand of higher level manager. When only top managers take decision without any option of lower level employees, the organization is centralized. In simple word, top manager has right to take decision without any view of lower level of manager is called centralization. Example 1. Top management of Company X decided that the medical facility of the employees will not be provided for six month because the company is suffering from loss for two years. 2.A manager of a trucking company makes all operational decisions, sending information to the individual drivers through dispatches. 3. The central bank of Bangladesh monitoring and evaluating all other govt. owned bank and private bank in Bangladesh. They published rules and regulation for other bank and every bank followed this rules. Question 3: Japanese management system depends on high specialization. Dose a high level of specialization typically lead to decentralization? Why or Why not? Answer : The Japanese management system depends on high specialization and this lead to decentralization.We know that, specialization typically related with decentralization. Specialization is the degree to which the overall task of the organization is broken down and divided into smaller component part where as the decentralization is the process of systematically delegating power and authority through the organization to middle and lower level organization. That means, when specialization follow its every steps like rotation, enrichment, enlargement etc. every employees got some power to achieve the selected target. An example like Pin factory, improved its productivity using specialization.One man drew the wire, another straight tended, a third cut it and a fourth ground the point and so on and thus on ten man produces 48,000 pin in a day, where as a man alone could produce 20 pin per days. Here, we see that every lower level employee had some power and authority to do work independently as well as the employee did team work that completely reflected decentralization process. From the case study we have known that, all most all business firms in Japan, are traditionally team based structure and a consensus approach to decision making which clearly reflected decentralization.The management system in Japan allows a lot of participation from employees at all levels. The management expertise understand the consumer, understand the people they are dealing with and they understand the government and they need in the market place. Based on need they hire high ranking manager who guide the employee as well as give them power to achieve target and they are getting success. I am strongly agree that high level of specialization lead to decentralization.

Cartesian Diver Essay

â€Å"Cartesian† is named after the French mathematician and philosopher Rene Descartes, who lived from 1596 until 1650. Cartesian diver lab is used commonly in scientific experiments to illustrate principle of buoyancy. The objective of this Cartesian diver lab is to demonstrate Pascal’s law and Archimedes’ principles. Observation is the key to conduct this experimental study of the Cartesian diver. First a 2-liter bottle is filled with water to almost all the way to the top, then prepare the diver which is a test tube, fill the test tube about 50-60% with water, place the diver inside the bottle the diver should float near the water surface then secure the cap on the bottle. When the container is squeezed, the diver should sink to the bottom of the container. Release the bottle slowly, the diver should come up in reverse order. The Cartesian diver shows that air is compressible and water is incompressible. When the container is squeeze, the pressure from squeeze is distributed equal throughout the container and the volume of air in the diver decreases because of the increased pressure of the water surrounding the diver. Since the volume of air inside the diver decreased, and water filled up where the air use to be, the diver becomes denser and will begin to sink if enough pressure is applied. It begins to sink because it becomes denser so the upward force of the water is not great enough to keep the diver floating. When the container is not squeezed, the diver will float back to the top because the pressure that was compressing the air in the diver was relived so the air could take is normal volume again which make it least dense. Therefore the Cartesian diver does demonstrate the compressibility of a gas, the incompressibility of water. The Cartesian diver experiment also demonstrates the Pascal’s law. According to Pascal’s law, when the bottle is squeezed, the applied pressure increase throughout the bottle by the same amount include inside of the diver. The control volume for this lab experiment is the entire water bottle including the diver inside. Objects float or sink as a result of their density. Density can be described as the amount of weight in a specific volume. An object is buoyant if its relative density is less than the density of the fluid that is surrounding it. According to Archimedes’ principle, an object will be buoyed up by a force that is equal to the weight of water that it displaces. The air inside the diver can be compressed much more easily than water, therefore the water level inside the diver increase as the bottle is queezed due to the pressure increase. The applied pressure by squeezed the bottle can be determine by using this equation: P =F/A(1) Where P is the applied pressure, F is the force by the fingers and A is the area of the fingers touch the bottle 14. 14? cm? ^2. With the applied pressure, the pressure rise in the bottle based on water level change inside the diver can be estimate by using this equation: P =? gh (2) Where P is the applied pressure, ? is the water density, g is gravity and h is the height of the water rise, 0. 3cm. Combine equation (1) and (2) the force by the figure equals 0. 416N and applied pressure equals 29. 43pa The Cartesian diver experiment demonstrates Archimedes’ principles. Objects either float or sink because of buoyancy, buoyancy is the upward force that keeps objects floating. If the buoyancy exceeds the weight then the object floats and if the weight exceeds the buoyancy then the object sinks, therefore Neutral buoyancy is achieved when the mass of an object equals the mass it displace s in a surrounding medium. This offsets the force of gravity that would otherwise cause the object to sink. An object that has neutral buoyancy will neither sink nor rise. According to Archimedes’ principles the buoyant force acting on a body of uniform density immersed in a fluid is equal to the weight of the fluid displaced by the body, and it acts upward through the centroid of the displaced volume: F_B=? _f gV_sub (3) Where F_B is the buoyancy force, ? _f is fluid density, g is gravity and V_sub is the submerge volume. F=mg (4) Where F is the weight of the object, m is the mass of the object and g is the gravity. By relating equation (3) and (4) the buoyancy force equals 0. 1N and mass of the tube is about 1g. PV=? RT (5) Where P is the pressure, V is the volume, ? is the density, R is the gas constant and T is the temperature. P_2/P_1 =h_1/h_2 (6) Where P_1 the pressure rise of the bottle, P_2 Pressure rise of the diver, h_1 is the height of pressure rise in bottle and h_2 is the height of pressure rise in diver. Cartesian diver can achieve a neutrally buoyant state. However wh en the Cartesian diver reach the neutrally buoyant state it will be an unstable equilibrium like a ball on a hill, a very small change can cause to rise or sink again. The hydrostatic pressure is a very important factor in the Cartesian diver, the hydrostatic pressure is the pressure exerted by a fluid at equilibrium due to the force of gravity. The hydrostatic pressure of the water increase as the diver sinks, for this particular Cartesian diver a small change in hydrostatic pressure will affect the diver to sink, rise or stay and the key to achieve the diver to stay neutrally buoyant is the precise measurement of how far the diver sinks before it sinks completely or floats. The principle of buoyancy of a submarines are very similar to the Cartesian diver. Submarines can control their buoyancy by pumping air into the ballast tanks increases the submarine’s buoyancy and allows it to float to the surface like Cartesian diver at initial state when there is enough air inside of the diver, the Cartesian diver can also control buoyancy depends on how hard the person squeezed the bottle. Submarines could also releasing air and allowing water to fill the ballast tanks to decreases the submarine’s buoyancy and allows it to sink, similar to the Cartesian diver when the bottle is squeezed, the water level in diver increase which also decrease its buoyancy, so the Cartesian diver sinks. For submarines to reach neutral buoyancy, the water filling in the ballast tanks must be precise so the buoyancy force will equals to the weight of submarine, similar to the Cartesian diver when the applied force is just right, the diver will to reach neutral buoyancy. The Cartesian diver lab shows the fundamental principles of Pascal’s law and buoyancy. At the initial state of the Cartesian diver, the diver floats on top of the water. Because of buoyancy is greater than the diver’s weight then as bottle is squeezed the pressure increase uniformly which cause the diver increase its water level which decrease its buoyancy so it drops to the bottom of the bottle. When the bottle is release the diver rise to top of the water again due to the pressure that was compressing the air in the diver was relived so the air could take is normal volume again which increased the buoyancy back to its initial state.

Hadith: Islam and Islamic Community Essay

The Islamic faith began with one man and his spiritual encounters with god and his angel Gabriel. Muhammad, the Prophet, as he is referred to by his followers, is considered to be the last prophet sent by god to interact with human beings on earth. Due to his importance and his influence over the people of his time his words and actions have been collected, over a mass number of years into a book referred to as, The Hadith. The Hadith, is second in line of importance in the Islamic community only behind the Qur’an. The term, Hadith, has been interpreted to mean talk or speech due to the innards of the book being collections of the words and actions of Muhammad (Bentley, 211). During its creation years numerous pieces, referred to as canons, were collected and studied by scholars to prove legitimacy. As it grew the canons were proved either to be accurate or false of authenticity. However, with its completion the Hadith serves as more than just religious guidelines as it sheds light upon social, political, economical, and cultural aspects of the Islamic community similar to works of other faiths and philosophical views. In the early years of many religions government seemed to be greatly influenced by the beliefs and traditions of its people. In the Islamic community Muhammad paved a path for Muslims that not only constructed the foundation of the faith, but also called the attention of government officials to follow and practice the ways of Islam. Before Muhammad’s death he chose no successor to take the role of a religious leader. This may be due to the fact that he was deemed â€Å"the seal of the prophets,† no other human being would have the role of a prophet bequeathed upon them. Within a year after his death the Islamic community saw it important, to at the very least, place one person in as somewhat of a substitute for Muhammad. This person was dubbed a caliph (deputy). The role of a caliph besides being the head of the Islamic state included many other aspects. He took on the role as head of military and a chief judge. This is just one spot where it is evident that the religion took on a larger role than just a stream of spiritual beliefs. In a reading pertaining to Muhammad and his words about the peoples’ role under their rulers he stresses the importance of obedience, â€Å"Obedience is the duty of a Muslim man† (Reilly, 290). The words attributed to Muhammad in this section are a part of the Hadith and break through a singular religious subject. They marry quite a few aspects together, such as: religion, politics, and social order. â€Å"Do not revile the Sultan, for he is God’s shadow on God’s earth† (Reilly, 290). By Muhammad saying that it is the duty of a Muslim man to obey his rulers he is implying, very strongly, that these leaders follow the same spiritual path as the people and that it unites them as a community. A community consists of a cornucopia of factors and a few of them being shared religious belief, government (or a basic code of conduct), and unity. An individual is considered to be a part of the Muslim community if he or she has accepted the Islamic faith (Bentley, 205). Within the collection of the Forty Hadith Qudsi many deal with the proper way in which Islamic people were to handle social and economic situations. One in particular pertains to the order in which one may handle an issue of debt. This pulls in a human’s sense of humane economics. In Hadith 12 Muhammad is quoted as he relayed a message from Allah, â€Å"We are worthier that you of that. Let him off.† What is being demonstrated in this canon is that an individual that finds himself in a debt of another and incapable of repaying said debt may be let off due to good character. If the one in debt has proved himself to a be a person of upstanding character then he should be viewed as a man who is in need of a certain charity for he has done nothing to cross the man in which he owes. Good character and an absence of greed were seen to be crucial in dealing with social and economic situations. The hand of religion has once again been spotted molding the world in which these people live cultivating a society where faith and societal structure are one in the same. In some aspects the Hadith spells out similar messages to Muslims like the Bible does for Christians. Fearing god is a theme in which both religions share. This fear is not a sensation that one would feel in the presence of danger, but rather it describes a lifestyle of consequence. God, in both religions, is seen as a judge, one who holds the fate of each individual in his hands. To live the life that has been preached by religious leaders is the path to follow to reach a heavenly paradise after a human’s departure from the physical world. This lifestyle which the people of both religions are to follow created a domino effect into a cultural standard. The scripts of both these religions hold many similarities. The following examples exemplify a communal guideline to form a structured and righteous community, a culture. Hadith 23 reads: â€Å"Where are those who love one another through My glory? Today I shall give them shade in My shade, it being a day when there is no shade but My shade.† The ninth commandment in the Holy Bible reads: â€Å"Thou shall not bear false witness against thy neighbor.† Religion has a strong arm in the molding of a culture. For the devoted followers of a faith the words of guidance, like the ones above, become an imbedded character trait within a person and in the all the ones of the same faith. And by the following of these codes one has this earlier discussed sense of fear that their god is going to reward them or punish them for not falling in accordance. The words conveyed to them are moral imperatives. The potency in which this faith has on its people has been carried through the centuries with an immense sense of pride. Islam is one of the largest religions on earth and like others it remains interweaved in the cultural societies of many countries. It does not hold a structure like the caste system which the religion of Hinduism does, but rather it still to this day has influence in many military forces and daily structures of multiple nations. The implementation of faiths with such monumental scriptures and even just ideas areas of the world have been molded and brought reality to its beginning preachers. For those looking solely at the surface of multiple religious etiquettes the similarities may be overlooked and the faiths and ideas may be seen as nothing but different. However, many of these religions and ideas are closely related. Confucianism, a socio-philosophical system, and the faiths of Islam and Hinduism can be seen as holding some of the same characteristics. Like stated before Islam and Hinduism differ in their societal structures, but still have formed faiths that mold cultures together by standards, found in readings of the Gita, Hadith, and other pieces of literature, that have survived through long periods of time and continue to thrive. The aims of many of these faiths and systems share in common beliefs. Confucianism aims to cultivate a society in which people can live and assume their personal responsibilities to manufacture a peaceful society. Like the Analects of Confucianism, Muhammad has constructed a framework through the Hadith implementing ethics and morality for the public. This too is similar to the words of the Gita in the Hindu faith. Krishna portrays, somewhat abstract at times, a set of guidelines for the followers of Hinduism. Religion has the power to mold the essence of human behavior and create unity amongst a mass number of people sharing in the same belief. When the words and doings of its most respected leaders are noted more than just a set of beliefs can be understood. A framework to a lifestyle can be comprehended and practiced by those following and believing in its meaning creating a community of people living and interacting with each other painting a society by standards in which to live. The Hadith has done just this in the Islamic community, a culture of people has been molded and its life will be watered by its words and the impact which it has had and continues to have on its people. Work Cited Patton, Laurie L. trans. The Bhagavad Gita. London: Penguin Group, 2008. Print. Bentley, Jerry H., Herbert F. Ziegler, and Heather E. Streets. Traditions & Encounters: A Brief Global History. Boston: McGraw Hill Higher Education, 2006. Print. Forty Hadith Qudsi. N.p.: n.p., n.d. Print.

The effects of globalization in developing countries Term Paper

The effects of globalization in developing countries - Term Paper Example Thus, the result is the replacement of the things previously going on with the new precisely, modern ones (Mobley & Weldon, pp.146). Moreover, the term and the accompanying concept also connote that it is a disruption in a convenient equilibrium that is prominent and notable to the observers and people who are vulnerable to the change. Globalization changes can be cultural, geographical or technological depending upon which way of life it influences (Lall, pp. 3-7). For example, cultural attire can be conveniently replaced by international branded jeans as part of the result of globalization. On the other hand, factors such as global warming, spread of chronic diseases are some of the examples of geographic aspect of globalization; this is not relevant to the culture but is indeed a part of change. The measure of impact that globalization brings about is majorly determined by the media. The intensity of influence that it might have on the common depends upon the attentiveness of the media over the matter (Mobley & Weldon, pp. 146). Since, common people look over to the fourth pillar of the society, which is the media; they perceive the intensity of change in the same way as depicted and their responses are thus, shaped by what they see, and hear regardless of what might be the actual scenario. As part of giving a thorough explanation of what globalization is all about, one may consider some historic example to clarify the points presented in the paper. As part of technological globalization, the adoption of different time zones (Mobley & Weldon, pp. 148) is the simplest example to know how globalization is an integral part of everybody’s lives whether one wants to be a part of it or not. Moreover, any country an individual belongs to, h/she would always have an identity card or a proof showing their birthplace and/or residence. This, as well, is a pat of globalization valid for both developing and developed countries (Lee & Vivarelli, pp. 4-6). Let the p aper consider one more definition of the term explained in a distinct and specified note. There are scholars and thinkers who say that globalization is the name of an extensive process when people from far and wide with no commonalities get a way to be connected to one another whether it being a physical way or a virtual one. Thus, in much simpler form, when people distanced by space and time yet feel connected and associated to each other; this is a depiction of globalization. In this connotation, one can surely say that distances between people do not influence or bar them in being affiliated to one another and whatever they do, can be more specifically defined as deterritorialized. Thus, these links gradually become a source to share and exchange information and ideas, sharing of ideas make them adopt some according to their comprehension and outreach ad also to develop common grounds with the links that they have. It is always said that globalization has certain specific charact eristics like diffusion or the dispersion of ideas, culture, stances and school of thought; interdependence that assumes the position of relating and depending upon the ones whom one connects with who are far by time and space; and consciousness which makes people reasonable adaptable to the newer environment (Lechner, pp. 15). When one says, think globally, one actually means that one needs to consider the whole world as one place without dividing it into regions and

Conference and Banqueting Management Assignment Example | Topics and Well Written Essays - 750 words - 2

Conference and Banqueting Management - Assignment Example In the era of globalization, conference industry is regarded as the significant and vital. This is mainly due to the fact that it can help to bridge the gap modification of numerous industries from one nation to another. Example of the pivotal conference is World Expo. This conference is considered as the large scale worldwide international expo. Banquet industry is basically served as the purpose for large feast or meal. It is completed by the introduction of main course and ending with deserts. The purpose of the fest or meal can be for celebration, charitable occasion and honour of someone or can be ceremony. It has been estimated that in the UK more than 1.8 million people are being employed in the hospitality industry. This reveals the scope of conference and banquet industry which is crucial for any country. In the year 2006, it has found out that in UK more than 1.37 million conferences are held (Galal, 2008, p.72). According to one of the catering company Sodexo Prestige, it is determined that banqueting and conference sector has enjoyed a sustainable growth over the period of time which is regarded as resurgent. This is also defined as the scope of banquet and conference industry as it can help to maintain economic growth and sustainability in UK. Banquet industry was previously regarded as only food and beverage event. But eventually it has evolved from personalized catering business for any occasion in to full throttle event management industry. The scope of banquet industry is enormous as it is worth of about 500 billion dollars globally (Sernovitz, 2012, p.32). Due to the mature growth of banquet industry, it enabled catering companies to achieve some additional services which can be increase in revenue per contract or can be increase in royal customer base. Banquet in the older days were lot more different than of modern perception. In the 16th century, after dinner guests used to drink wine. But during the 17th century, after dinner

Year Round School System, Better Than Summer Vacation Research Paper

Year Round School System, Better Than Summer Vacation - Research Paper Example Students then learn through the fall, winter and spring. At the end of the spring students are finished with school for the year and get to enjoy a nice 8-10 weeks of break. This is a traditional school year and what’s wrong with that? The answer is simply facts! Facts have proven that the benefits to year round education are much more beneficial than traditional education. The problem regarding traditional and year round school is students who attend year round schooling have better scores on tests then students who attend traditional school systems (Lyttle 2011). To further explore why this is so, it is important to understand what happens during summer vacation. A typical summer vacations involves young children to be at day care, and older children left home. Parents still continue to work if they are not stay at home parents. Quickly children lose sense of a schedule. The children begin to sleep in, change eating habits, stay up later, and some make bad decisions. Hardly any studying is done and study time is quickly replaced with video games, television and the internet. Due to changes in schedule during the summer, students forget nearly everything they learned over the school year. This is even more so devastating to children with developmental disorders as they need the constant learning. This problem can be addressed to improve education by allowing for year round schooling. Year round schooling can be much more beneficial in so many different ways. Year round schooling benefits students, parents and teachers. Students benefit from year round schooling by improving tests scores and increasing more efficient work habits. Students whom are able to study year round better retain information as it is not lost due to break in habits. Information that is normally lost during summer vacation is better retained and more focus can be put toward new learning instead of having to refresh what was forgotten over summer break. A study conducted in over 345, 000 schools in the state of North Carolina shows an increase in academic achievements for students who attended year round school versus traditional school. In the article, year round school can be defined as, â€Å"180 days of school instruction that has shorter breaks rather than one large break during the summer†(McMillen2001). Students from lower income levels benefit the most from year round schooling. Year round schooling shows the best benefits when children from low income levels are on a year round school schedule. This may be due to their may be no adult present in the home during the summer and students are able to do as they please. In an article be Tracy Huebner, research has proven that students from low income homes were better off participating in year round schooling as they had higher scores in spelling, reading and math (Huebner 2010). Teachers also benefit from a year round school system. Year round schooling for teachers can be quite beneficial especially if teachers are not on a salary rate. When faced with year round versus traditional school setting on non salary earnings, teachers are more likely to seek year round schooling. Besides earnings, there are many other reasons why year round schooling is more beneficial to teachers. Teachers normally plan the fall school year refreshing much information lost during summer vacation. Year round schooling involves less having to refresh during the fall and more complete and continuous focus throughout the year. Lessons plans allow for more focused learning. Parents would likely prefer year round schooling with shorter breaks rather than one larger break. It is easier on parents whose children are in year round sch

Casey Anthony Court Case Research Paper Example | Topics and Well Written Essays - 1250 words

Casey Anthony Court Case - Research Paper Example On this note, investigations on the disappearance of the young girl began immediately. The sheriff conducting the study interrogated every member of Anthony family concerning the matter. He also did a forensic fingerprint scan in all the rooms in the house Caylee Anthony could have been last. However, despite the efforts of the investigators, Casey still came up with false stories parting the matter. In addition to her earlier allegation that Caylee was with Zenaida Fernandez Gonzalez her babysitter, she made-up three more lies. The first one she claimed that Jeffrey Hopkins and Juliette Lewis were the first she had told of her missing daughter. The second one she lied to be an employee at Universal Studio in Orlando. Lastly, she claimed to have spoken to Caylee on the phone the day before she was reported missing. All these false statements were later discovered and she was arrested for giving wrong information to the police (Montaldo, 2012). A search on the family computer reviled the most significant findings in the Casey Anthony’s case since they changed the case from a kidnap case to a murder case. Computer forensics specialists managed to retrieve browsing history of all website pages browsed using the home computer and sorted those related to the case. Some of the pages from Internet Explorer browser, commonly used by the girl’s mother, reviled questionable research. ... There were also Google pages showing a research on â€Å"fool-proof suffocation technique† on the eve day the girl was last seen alive (Jones, 2012). The body of the young girl was later, about six months after her disappearance, discovered near the house belonging to Anthony. The body was decomposed to the extent that the actual cause of death could not be determined. However, a duct tape was discovered attached on the front of Caylee’s skull (Hopper, 2011). The duct tape could have been a perfect weapon to suffocate the child and prevent her from screaming during the struggle. This led to a conclusion that the child must have been poisoned using chloroform and then suffocated using a duct tape. The evidence was, therefore, enough to convict Casey with the first degree murder, manslaughter, child abuse, and provision of false information in a court of law. The trails on the case were held in the Orange Courthouse in Orlando where the evidence was brought to the attenti on of the jury and judge. The presiding judge was known as Belvin Perry, and the jury had 12 jurors, 7 women and 5 men, and five alternates. To come up with the courtroom work group, a panel of the jury and the alternates, the court took 11 consecutive days of extreme questioning of the potential panelist from Tampa Bay area. The case had two prosecutors Linda Drane Burdick and Jeff Ashton versus Casey Anthony’s attorney Jose Baez. The first trial was held on May 24th 2011 where both sides got an opportunity to give their opening statements (Montaldo, 2012). The defense Attorney Jose Baez stunned the jury and the entire courtroom in his opening statement. The Attorney argued that the

Essay 6 in one single spaced full page + the identifications

6 in one single spaced full page + the identifications - Essay Example Asians migrated to America many years ago because of galleon trade. American merchants traded with China through Canton port in 19th Century. The Chinese immigrants comprised of 10% population of California and 25% that of Idaho due to attraction from railway construction, mining and fishing industries. Japanese concentrated in farming in California, and their immigration to the United States evolved in 1880s. They lived in ethnic Clusters. Diplomacy of immigration was really concerned with the consequences of keeping some people out and therefore, diplomatic establishment was made in 1924 partially to facilitate immigration. Italian: Before 1850, the Italians immigrants from Mediterranean were widely disbursed but in a small population. Most of them were from Central and Northern Italy largely concentrating in New Orleans. After 1880, most of the Italians from Wales currently referred to as the Mezzogiorno of northwest Europe entered US through New York concentrating in New England, Chicago and Mid-Atlantic states. Greeks: Greeks who had strong ties with Greece brought their Orthodox Churches to America in 1890s although more than half returned to Greece. They created ethnic niches in the restaurant business. Arabs and Armenians: The Armenian population was larger around Turkish Genocide time in 1915 and only 2 mosques were built before 1930 by the small Muslim population. Most of these immigrants were Syrians and Lebanese. The Poles: more than 26 ethnic groups settled in cities of N.E and Great lakes e.g. Detroit, Cleveland and Chicago. These were especially Europeans peasants. Most of the immigrants were laborers Roman Catholics, but there were no Poland in the year 1795 to 1919. Before 1880, 250000 Jews fled to US because of religious persecution, most German descent and 50,000 from East Europe. By 1924, 4 million Jews had fled to US 3 million of Eastern European descent. Most of them were young

Apples Supply Chain Essay Example | Topics and Well Written Essays - 2750 words

Apples Supply Chain - Essay Example Apple’s supply chain management is under strict surveillance. The production and management of the product is checked at every point by the designers and the authorities. The designers of Apple’s I-Phone work closely with their suppliers so that they can control them. They work with the suppliers and the manufacturers all through the production procedure so that they can have a close look at every minute detail of the goods. On the other hand, some electronics manufacturers deploy the entire industrial process of the supply chain into the hands of the third party service provider like Solectron or Flextronics (Nahmias and Olsen, 2015).One of the distinguishing features of Apple Inc. is that it invests huge sum of money in the creativity and design of its I-phone. They make sure that they have acquired licenses and made acquisitions of technology firms beforehand so that they can use their products in its series of goods and services. They also supervise market research and conducts product-testing to upgrade their products with the aim of achieving higher profit. Quality defects of the items are identified and plans are sketched out to minimize the danger of quality degradation. Apple Inc. stands first when it comes to branding. So to maintain its uniqueness, it spends massively in its Research and Development (Satariano, Burrows, 2011).Since it focuses solely on the innovation of its products, it misses out with increasing the number of features in its devices. Dell has a number of configurations.

Comparative Analysis of Keys to Successful Revenue Synergy Programmes Essay

Comparative Analysis of Keys to Successful Revenue Synergy Programmes - Essay Example That’s the reason behind companies’ preferences for achieving cost synergies at the loss of revenue synergies. It is quite interesting to know why companies do not make additional effort into recognising and providing revenue synergies although investors may give an increased level of confidence to achieve cost synergies and they show heightened awareness over revenue synergies, therefore, offer an increased value premium. Need is to provide increased insight to investors on revenue synergies so that the market could present a complete perspective of the strategic reasoning and better value as an outcome (Griffin & Sheikh, 2012). Revenue increase, its criticality in valuation and its provision after acquisition can be derived by dividing various sources of revenue synergy, aimed through the acquisition, such as: expansion into a new sector; expansion into a new areas; cross-selling products and services; Advantages from intangible rights and technologies; and growth in current market share. There is need of a closer insight at the difference between cost savings and revenue increase as add-ons to success, in the context of the degree of total value of the acquisition coming through revenue synergies and through cost synergies. It needs to be clear whether a pre-completion synergy appraisal requires a detailed bottom-up process or it should be a top-down high level method. Before finalisation of the in-advance synergy appraisal, it needs to be confirmed whether synergy aims are clear to all leading stakeholders (Griffin & Sheikh, 2012). Normally, there is no ambiguity relatively in the difference of drivers and expectations of M&A functions changing with time and as per the ongoing economic environment. It is interesting to observe the market behaviour after the recuperation from the recession worldwide on whether companies are currently acquiring for achieving revenue synergies or cost synergies (Griffin & Sheikh, 2012). When acquisition values co rrectly show possible synergies from both cost savings and revenue increase and when these are of central concern to the management after the acquisition, the results are more possible to fulfil or exceed aspirations (Griffin & Sheikh, 2012). The Kraft acquisition of Cadbury was projected to offer $1 Billion in Synergies, as declared by the Kraft Foods. The incremental revenue synergies of $1billion were excluded of $750 million to be achieved in cost synergies by 2013. These revenue synergies, according to the Kraft, would be derived from the business increase in developing regions from one/fourth of the total revenue to approximately touching one/third after the merger. A statement was made by Kraft Foods’ CFO Tim Mclevish prior to an analyst conference in New York, stating that â€Å"This combination of factors gives us great confidence that our company will generate organic revenue growth of 5% or more, margins in the mid- to high-teens and EPS growth of 9% to 11%† (Tse, 2010). The confidence of the Company management is getting reflected from the acquisition, as it expects to become a long-run high-bracket performer in the food industry world wide. Presently, the Company is earning more than 50% of its revenue from outside North America, from countries like Brazil, China, India and Mexico, where GDP and demand growth are the most firm (Tse, 2010). Kraft CEO, Irene Rosenfeld, also holds the same opinion from the â€Å"unique and complimentary combination† of Kraft and Cadbury, stating that, â€Å"

Landscape alteration Essay Example for Free

Landscape alteration Essay

Life Cycle Costing Essay Example for Free

Life Cycle Costing Essay It expects the new products to have a life cycle of 3 years and the following costs have been estimated. Particulars| Year 0| Year 1| Year 2| Year 3| Units manufactured and sold| | 25,000| 100,000| 75,000| Price per unit| | ? 90| ? 80| ? 70| Research and Development Costs| ? 850,000| ? 90,000| | -| Production Costs| | | | | Variable cost per unit| | ? 30| ? 25| ? 25| Fixed costs| | ? 500,000| ? 500,000| ? 500,000| Marketing Costs| | | | | Variable cost per unit| | ? 5| ? 4| ? 3| Fixed Cost| | ? 300,000| ? 200,000| ? 200,000| Distribution Cost| | | | | Variable cost per unit| | ? 1| ? 1| ? 1| Fixed Cost| | ? 90,000| ? 190,000| ? 190,000| Customer service cost per unit| | ? 3| ? 2| ? 2| Required to calculate the cost per unit looking at the whole lifecycle and comment on the price to be charged. Question 3 Fjalar AS, a software company developing a new accounting package, â€Å"General Ledger†. The following are the budgeted amounts for General Ledger over a five-year product life cycle: Particulars| Year 1 2| Year 3 to 5| | | One-time set-up Cost| Cost per package| Research Development Cost| ? 240,000| | | Design Cost of process| ? 160,000| | | Production Cost| | ? 100,000| ? 25| Marketing Cost| | ? 0,000| ? 24| Distribution Cost| | ? 50,000| ? 16| Customer service Cost| | ? 80,000| ? 30| For strategic reasons, Fjalar AS have chosen to â€Å"skim the market† by charging higher price to customers eager to try General Ledger when it first comes out, and lower prices to customers who are willing to wait. The projected selling price per package and sales quantity in units is given below: Particulars| Year 3| Year 4| Year 5| Selling price per package| ? 600| ? 480| ? 400| Sales quantity in units| 5,000| 4,000| 2,500| You are required to calculate the life cycle c ost per unit and its operating profit.

Analysis of Unified Modelling Language

Analysis of Unified Modelling Language Chapter 1: Introduction Context of the Problem The Unified Modeling Language is a graphical modeling language used for the visualization, specification, construction, and documentation of object-oriented software systems. It has been adopted by the Object Management Group (OMG) and is widely accepted as a standard in industry and research. The UML provides thirteen types of diagrams for different purpose. This thesis focuses on sequence and class diagram known as structure diagram and behavior diagram. Sequence forms concentrate on the presentation of dynamic aspects of a software system, and class forms the structural view of software system. Sequence diagrams stress time ordering while Class focus on static. In Model-driven Architecture (MDA), class diagram is the source for code generation in object-oriented development (Pender, 2003), so how to map what we find in the interaction diagram back to class diagram become an important subject if we want to develop system from behavior aspect initially. There are some existing relatively modest tool supports exploiting the logical dependencies of UML diagrams. Some systems maintain method lists across class diagrams and sequence diagrams and the transformation between sequence diagrams and collaboration diagrams. However, nowadays, the two diagrams that sequence and Class are draw divided and can not be transformed between each other. And there is no comprehensive framework that would support such mechanisms throughout these two diagram types in a systematic way (Selonen et al., 2003). That waste much time to maintain system and often make the system development documents should rewrite again and again. To solve these problems, a transformation theorem which proposed by Selonen et al. (2003) is cited in this paper. Selonen et al. (2003) propose a framework and categorize meaningful transformation operations between different diagram types in UML. These operations can be used, for example, for model checking, merging, slicing and synthesis (Selonen et al., 2003). The transformation operation can be used as a basis of tool support in UML-based modeling tools. With these operations, we can get the benefits as follows: Class Diagram becomes easier and faster to create because they can be achieved as results of automated operations. Class Diagram becomes more consistent and correct because they are either produced or updated automatically, or checked against each other exploiting the transformation operations. Improve the software development process. The process of agile modeling become from use case to sequence diagram and then translated to class diagram. It will be more simply and efficiency. Research Question and sub-questions How does the transformation between sequence and Class diagrams make systems easier to develop and maintain and avoid system development documents to be rewritten all the time? What are meta-modeling, Meta Object Facility and Object Constraint language? How to operate the transformation? How does the transformation work in the real world (Examples)? Significance of the Study Sequence diagrams provide a natural and easy medium for designing the examples of typical dynamic interactions of objects, often as refined representations of use cases. After modeling examples of interactions, the designer should add the information implied by the sequence diagrams to the static view (class diagrams), or check that the static view conforms to the sequence diagrams (Selonen et al., 2000). The sequence diagram and class diagram derived from the same use case and can not be transformed between each other. This paper discusses a particular UML transformation operation mentioned in (Selonen et al., 2003), which transforms from a sequence diagram into a class diagram. The transformation operation is based on the UML 2.0 Specification (OMG, 2003), which defines the syntax and semantics of UML. The thesis defines the rules on the phases of this transformation operation and gives a transformation example to show the result of transformation. This paper will concentrate on the conceptual research of UML semantics, and do not concentrate on any development tool. However, OCL will be used to describe the transformation rules and hoped can be used in UML-based modeling tools development. I hope that the steps of modeling will improve; Support for synthesizing a new class diagram from an existing sequence diagram can provide significant help for the designer. Such synthesis operation helps the designer keep the two diagrams consistent because the synthesized class diagram can be compared with existing class diagram. The transformation operation also speeds up the design process, and to decrease the risk of human errors. In UML CASE tool vendors can implement this transformation operation in their tools to get the benefits described above. Research Design and Methodology The protocol for this research project is mostly using qualitative by design. A Case study will be used as the most important a strategy of research methodology in the study. The research process consists of six steps. It collects and analysis the documents and papers which are corresponding to the UML transformation thesis, OCL and MDA transformation theory. Then proposing a transformation framework for transformation from sequence diagram to class diagram and concluding transformation mapping rules. This paper will testify and revise the transformation mapping rules via implement a real case of agile modeling development process. And finally proposing the research result, and discuss the conclusion and future work. Organization of the Study Chapter 1: Introduction Chapter one introduces the research. This chapter will present the context of the problem, the problem statement, the main research question, the significance of the study, and the research methodology used to address the main research question. Chapter 2: Review of the Literature Chapter two gives an overview of the background literature for the thesis. Chapter 3: Meta-modeling, Meta Object Facility and Object Constraint language Chapter three will give the brief introduction of UML, MDA, meta-model, transformation and OCL are described at first, followed are the separate meta-models of sequence and class diagram. Chapter 4: Operation of the Transformation Chapter four will propose a framework of transformation from Sequence diagram to Class diagram. Also, a rule will be defined on every phase of transformation, using OCL to describe transformation rules. Chapter 5: Example of the Translations Chapter five will be working on a Case Study, and demonstrating the transformation for a true case in the real world. Chapter 6: Conclusion Chapter six will present the summery and conclusion. Chapter 2: Review of Literature 2.1 UML The complexity in software development process of getting from a set of requirements to a proper abstraction of the solution leads people to develop models. A model is a simplification of something so we can view, manipulate, and reason about it, and so help us understand the complexity inherent in the subject under study (Mellor et al., 2004). The UML is a family of graphical notations, backed by single meta-model, that help in describing and designing software systems, particularly software systems built using the object-oriented (OO) style (Fowler, 2003). The Unified Modeling Language (UML), since adopted as a standard (UML 1.1) by OMG in 1997, has become a widely accepted as standard for modeling a software system. The latest UML version 2.0 has been formally adopted in June 2003, and it will be applied throughout this thesis. UML 2 describes 13 official diagram types which fall in two categories depending on whether they describe structural or behavioral aspects of a software system. The UML can capture an array of processes and structures which related to business and software. UML has such power that a modeler can use it for the general architecture of any construction that has both a static structure and dynamic behavior. A project can rely on UML as the standard language to express requirements, system design, deployment instructions, and code structure (Eriksson et al., 2004). 2.2 Agile Modeling Test case modeling and an evolutionary approach are two major and strongly related techniques to model transformation (Rumpe, 2004). UML nowadays has become popular modeling language for software intensive systems used. Models can be used for a variety of purposes. One advantage of using models for test case description is the application specific parts which are modeled with UML-diagrams, such as connection to frameworks, error handling, persistence, or communication are handled by the parameterized code generator (Rumpe, 2004). This allows us to develop models which can be independent of any technology or platform, such as PIM. When the technology changes, we only need to update the generator, and the application defining models can directly be reused. This concept also directly supports the above mentioned MDA-Approach (OMG, 2005) of the OMG. Another important merit is that both of the production code and automatically executable tests are modeled by the same UML diagrams. Therefore developers could use a single homogeneous language to describe implementation and tests. This will enhance the availability of tests at the beginning of the coding activities. Analogously to the â€Å"test first approach† (Beck, 2001), sequence diagrams are used for test cases and can be taken from the previously modeled requirements. When we start software modeling by drawing classes in a class diagram does not mean we are developing a class model. Instead, we are developing a software model by defining static aspects through a static view. If we start our development by drawing a dynamic diagram, like the state or sequence diagram, we are developing a software model by defining dynamic aspects through a dynamic view. The class and sequence diagrams could better be called structural and dynamic views. They are all written in the same language: UML (Kleppe et al, 2003). In Agile modeling (Ambler, 2002), we develop an Information system in following steps by using UML. System Use Case Models UI Prototypes UML Class Diagrams UML Sequence Diagrams UML Activity Diagrams Use case diagram shows a number of external actors and their connection to the use cases that the system provides. A use case is a description of a functionality (a specific usage of the system) that the system provides. The description of the actual use case is normally done in plain text or as a document linked to the use case. The functionality and flow can also be described using an activity diagram. The use case description only views the system behavior as the user perceives it and does not describe how the functionality is provided inside the system. Use cases define the functional requirements of the system. Sequence diagrams address an interaction and may be used to model flows within use cases (Booch et al., 1999). They show how the objects interact to execute operations, emphasis on the time ordering of the messages. Class diagrams shows a collection of declarative (static) model elements, such as classes, types, and their contents and relationships. Once we have the use cases, the next step is to create the class diagram. This is the heart of the object-oriented model. This paper concentrates on the steps of modeling from Use Case Models to Class Diagrams and sequence Diagrams. 2.3 MDA The MDA is a new software engineering approach developed and published by the Object Management Group (OMG). One fundamental observation in the evolution of living software systems over the years is that their basic design models are mostly unchanged. Most changes to evolving software systems take place only at engineering level, forced by the introduction of new technologies and platforms (BAohme et al., 2005). MDA promotes simply the usage of models for the whole software system development. To capture the problem of technology evolution MDA defines two categories of models. The first one is for abstract modeling of the software systems at the design level. This model class is called Platform Independent Model (PIM). The second category is related to specific platforms and technologies. It contains mainly engineering aspects of the software system and is called Platform Specific Model (PSM). Between these two classes of models, MDA defines a relation in the form of several transformations, which ensure the structural equivalence of PIM and PSM. Another key issue of MDA is a technology framework for different kinds of model handling (storage, exchange, mapping of models, etc.). The Meta Object Facility (MOF) (OMG, 2000) is convenient for this purpose. Historically modeling languages were defined by abstract grammars. MOF instead defines modeling languages on the base of so-called Meta-Models. Meta-Models are models (instances) of built-in MOF concepts. Using this framework the developer can focus more on the definition of mappings between models rather than having to struggle with ordinary model handling. This is due to the fact that MOF comes with a method for the definition of model classes (Meta-Models) and for the exchange of models using the XML Metadata Interchange (XMI). In addition, MOF provides mappings of Meta-Models to repository interfaces as well. Such a repository holds all necessary information about model instances. The above argument is correct for most of todays component technology. To show the real application we have to choose concrete Meta-Models for PIM and PSM. This also leads to the selection of appropriate Meta-Models and notations for PIM and PSM. One requirement for both is the support of the component concept as a first class concept. Moreover, the Meta-Model for the PSM should be part of a well-defined and established component technology. Because the spread industrial usage is a process consuming several years, the suitable technologies have traditional syntax based languages for component definition. MDA exploits the emergence of a class of tools, which support model translation and allow meta-model manipulation. Meta-models are models of the formalism used to build models. They define the various kinds of contained model elements and the way they are arranged, related and constrained. The process of developing a model results in the creation of instances of the model elements defined in the meta-model – the meta-model is â€Å"populated† with instance data. Model transformation is the process of converting a model expressed in one formalism to another model of the same system expressed using a different formalism. This can be achieved by building a meta-model of each of the source and target model representations and then defining a mapping between them. The meta-model of the source model is populated with instance data of the specific source model to be transformed. The mapping rules are applied as a set of operations invoked on the source meta-model, which results in a meta-model of the target model populated with instance data. This populated target meta-model is then used to generate the target model (or possibly the target text in the case of code generation. (Bloomfield, 2005) 2.4 Models, modeling, and MDA Models and model-driven software development are at the heart of the MDA approach. So it is appropriate to start by looking at what is being practiced when enterprise application developers take advantage of modeling. In the software engineering world, modeling has a rich tradition from the earliest days of programming. The most recent innovations have focused on notations and tools that allow users to express system perspectives of value to software architects and developers in ways that are readily mapped into the programming language code that can be compiled for a particular operating system platform. The current state of this practice employs the Unified Modeling Language (UML) as the primary modeling notation (Rumbaugh et al.,1999). The UML allows development teams to capture a variety of important characteristics of a system in corresponding models. Transformations among these models are primarily manual, with tool support for managing traceability and dependency relationships among modeling elements, supported by best practice guidance on how to maintain synchronized models as part of a large-scale development effort. One useful way to characterize current practice is to look at the different ways in which the models are synchronized with the source code. Each category identifies a particular use of models in assisting software practitioners to create running applications (code) for a specific runtime platform, and the relationship between the models and the code. Today, most of software developers still take a code-only approach, and do not use separately defined models at all. They rely almost entirely on the code they write, and they express their model of the system they are building directly in a 3rd generation programming language such as Java, C++, or C# within an Integrated Development Environment (IDE) such as IBM WebSphere Studio, Eclipse, and Microsoft VisualStudio. Any â€Å"modeling† they do is in the form of programming abstractions embedded in the code (e.g., packages, modules, interfaces, etc.), which are managed through mechanisms such as program libraries and object hierarchies. Any separate modeling of architectural designs is informal and intuitive, and lives on whiteboards, in PowerPoint sides, or in the developers’ heads. While this may be adequate for individuals and very small teams, this approach makes it difficult to understand key characteristics of the system among the details of the implementation of the business logic. Furthermore, it becomes much more difficult to manage the evolution of these solutions as their scale and complexity increases, as the system evolves over time, or when the original members of the design team are not directly accessible to the team maintaining the system. An addition is to provide code visualizations in some appropriate modeling notation. As developers create or analyze an application, they often want to visualize the code through some graphical notation that aids their understanding of the code’s structure or behavior. It may also be possible to manipulate the graphical notation as an alternative to editing the text based code, so that the visual rendering becomes a direct representation of the code. Such rendering is sometimes called a code model, or an implementation model, although many feel it more appropriate to call these artifacts â€Å"diagrams† and reserve the use of â€Å"model† for higher levels of abstraction. Some tools that allow such diagrams (e.g., IBM Web Sphere Studio and Borland Together/J), the code view and the model view can be displayed simultaneously; as the developer manipulates either view the other is immediately synchronized with it. In this approach, the diagrams are tightly coupled representations of the code and provide an alternative way to view and possibly edit at the code level. Further advantage of the models can be taken through roundtrip engineering (RTE) between an abstract model of the system describing the system architecture or design, and the code. The developer typically elaborates the system design to some level of detail, then creating a first-pass implementation from the code generated by applying model-to-code transformations, usually manually. For instance, one team working on the high level design provides design models to the team working on the implementation (perhaps simply by printing out model diagrams, or providing the implementation team some files containing the models). The implementation team converts this abstract, high-level design into a detailed set of design models and the programming language implementation. Iterations of these representations will occur as errors and their corrections are made in either the design or the code. Consequently, without considerable discipline, the abstract models and the implementation models usually and quickly – end up out of step. Tools can automate the initial transformation, and can help to keep the design and implementation models in step as they evolve. Typically the tools generate code stubs from the design models that the user has to further refine. As changes are made to the code they must at some point be reconciled with the original model. To achieve this some approach to recognize generated versus user defined code is used such as placing markers in the code. Tools adopting this approach, such as IBM Rational Rose, can offer multiple transformation services supporting RTE between models and different implementation languages. In a model-centric approach, models of the system are established in sufficient detail that the full implementation of the system can be generated from the models themselves. To achieve this, the models may include, for example, representations of the persistent and non persistent data, business logic, and presentation elements. Any integration to legacy data and services may require that the interfaces to those elements are also modeled. In some cases much more than code stubs can be generated depending on the fidelity of the models of patterns to transform the models to code, frequently allowing the developer some choice in the patterns that are applied (e.g., among various deployment topologies). To further assist in the code generation, this approach frequently makes use of standard or proprietary application frameworks and runtime services that ease the code generation task by constraining the styles of applications that can be generated. Hence, tools using this approach typically specialize in the generation of particular styles of applications (e.g., IBM Rational Rose Technical Developer for real-time embedded systems). However, in all cases the models are the primary artifact created and manipulated by developers. A model-only approach is at the far-right end of the modeling spectrum. In this approach developers use models purely as thought aids in understanding the business or solution domain, or for analyzing the architecture of a proposed solution. Models are frequently used as the basis for discussion, communication, and analysis among teams within a single organization, or across multi-organizational projects. These models frequently appear in proposals for new work, or adorn the walls of offices and cubes in software labs everywhere as a way of understanding some complex domain of interest, and establishing a shared vocabulary and set of concepts among disparate teams. In practice the implementation of a system, whether from scratch or updating an existing solution, may be practically disconnected from the models. An interesting example of this approach can be seen in the growing number of organizations who outsource implementation and maintenance of their systems while maintaining contr ol of the overall enterprise architecture. 2.5 Transformations between UML diagrams UML provides different diagram types supporting the development process from requirements specification to implementation (Selonen et al., 2001). The models presented by different diagrams view a system from different perspectives or from different abstraction levels. Therefore, the various UML models of the same system are not independent specifications but strongly overlapping: they depend on each other in many ways. For Instance, changes in one model may imply changes in another, and a large portion of one model may be synthesized on the basis of another model. So far there exists relatively modest tool support exploiting the logical dependencies of UML models. Some systems (e.g. Rational Rose) maintain, for instance, method lists across class diagrams and sequence diagrams: adding a call of a new method in a sequence diagram automatically causes the corresponding updating of the class symbol in a class diagram. Another example is the transformation between sequence diagrams and collaboration diagrams, also supported by Rational Rose. However, there is no comprehensive framework that would support such mechanisms throughout Class diagram and Sequence diagram in a systematic way. This paper studies the relationships of Class diagram and Sequence diagram in UML, and transformation operations that are based on those relationships. A transformation operation takes a UML diagram as its operand (the source diagram), and produces another diagram of another type as its result (the target diagram). It considers such transformation operations as an essential part of a UML- based software design environment. The transformation operations can be used for example in the following ways: Model checking:Are two diagrams consistent with each other? It is much easier to find inconsistencies between two diagrams of the same type than between two diagrams of different types. If the diagrams are of different types, transformation operations can be first applied to obtain two diagrams of the same type, which are then compared for consistency. Model merging:Add the information contained in one diagram to another diagram. Merging the modeling information of two diagrams is much easier when the diagrams are of the same type (Alanen and Porres, 2003). If the diagrams are of different types, transformation operations can be first applied to obtain two diagrams of the same type, which are then merged. Model slicing:Create a partial view of a diagram showing only a particular aspect. Often the aspect can be presented in the form of another diagram (of some other type). For example, one may want to see a dynamic slice of a static diagram. The diagram representing the slicing criterion (for example, a dynamic diagram) can be first transformed into the type of the target diagram (for example, a static diagram). An intersection of the two diagrams of the same type then shows the desired slice. Model synthesis:Produce a diagram on the basis of an existing diagram of another type. This is the most straightforward usage of transformation operations. Such synthesis can be useful for two purposes: to obtain automatically an initial form of a diagram needed in a subsequent phase of the software development process, or to obtain a different view of the information contained by a diagram. The latter may be used just as a transient view on a model, rather than as a persistent design artifact. 2.6 Phase of Transformation Operation Selonen et al. (2003) use the UML meta-model to define the transformation between UML diagrams. Since diagram types are only very loosely defined (the same notation may represent different meaning on different diagrams), we need to establish a precise mapping from a graphical view representing a diagram type to a model; i.e. we must define a model that corresponds to a given diagram. This model contains exactly the logical information exposed by the diagram, needed by the transformation operations. We will call this model the minimal model of the diagram. As we do this for all diagram types, we are able to define transformations between diagram types as functions from the meta-model of a diagram type to the meta-model of another diagram type. Such a function takes the minimal model of the source diagram as its argument, and produces the minimal model of the target diagram. They call the transformation rules the interpretation of the transformation. Assuming that the mappings from the source diagram into its minimal model, from this minimal model into the minimal model of the target diagram, and finally into the target diagram, are all defined uniquely, the transformation between two diagram types becomes fully defined (Selonen et al.,2003). First, take a given sequence diagram and map the sequence diagram to its minimal model. Then transform this minimal model to a minimal model of a class diagram. Finally, this minimal model is mapping to a class diagram in model level. This thesis will base on this process to introduce a definite transformation operation. Reference Tom Pender. (2003). UML Bible (1st edition). Wiley, ISBN: 0764526049 Martin Fowler. (2004). UML Distilled (3rd edition), Wesley, ISBN: 0321193687 Hans-Erik Eriksson, Magnus Penker, Brain Lyons, and David Fado. (2004). UML 2 Toolkit, Wiley, ISBN: 0471463612 Ambler. (2002). Agile Modeling: Effective Practices for Extreme Programming and the Unified Process, Wiley, ISBN: 0471202827 Jos Warmer, Anneke Kleppe.(2003). The Object Constraint Language: Getting Your Models Ready for MDA (2nd Edition), Wesley, ISBN: 0321179366 Grzegorz Rozenberg.(1997). Handbook on Graph Grammars and Computing by Graph Transformation: Foundations (1st edition), World Scientific Publishing Company, ISBN: 9810228848 James Rumbaugh, Grady Booch, and Ivar Jacobson. (1999). The Unified Modeling Language Reference Manual, Wesley, ISBN: 020130998X Jams R Rumbaugh, Michael R. Blaha, William Lorensen, Frederick Eddy. (1991). Object-Oriented Modeling and Design, Prentice Hall; United States Ed edition, ISBN: 0136298419 Rumpe, B.(2004). Agile Modeling with the UML, Springer-Verlag Berlin Heidelberg Petri Selonen, Kai Koskimies and Markku Sakkinen. (2001). How to Make Apples from Oranges in UML. Proceedings of the 34th Hawaii International Conference on System Sciences. Retrieved February 21, 2008, from: http://csdl2.computer.org/comp/proceedings/hicss/2001/0981/03/09813054.pdf Petri Selonen, Kai Koskimies and Markku Sakkinen. (2003). Transformations between UML diagrams. Journal of Database Management. Retrieved February 21, 2008, from: http://www.accessmylibrary.com/coms2/summary_0286-23439697_ITM Petri Selonen (2000). Scenario-based Synthesis of Annotated Class Diagrams in UML. Tampere University of Technology, Retrieved February 21, 2008, from: http://citeseer.ist.psu.edu/462963.html Mellor, S. J., Scott, K., Uhl, A., and Weise,D., MD. (2004). a Distilled: Principles of Model-Driven. Wesley, Retrieved February 22, 2008, From: http://www.metamodel.com/,2005 OMG. (2003). UML 2.0 OCL Specification, Retrieved February 22, 2008, from: http://www.omg.org/docs/ptc/03-10-14.pdf,2003 Tony Bloomfield. (2005). MDA,Meta-Modelling,and Model Transformation: introduction New Technology into the Defence Industry, Retrieved February 22, 2008, from: http://www.enabler.com/en/skills/ecmda/PAPER_Bloomfield.pdf

Infinite Virtue :: William Shakespeare Antony Cleopatra Essays

Infinite Virtue IV.viii of Shakespeare's Antony and Cleopatra is a short scene, less than 40 lines, and an entirely unexpected one. The preceding scenes of Act IV, such as Hercules' departure and Enobarbus' desertion, heavily foreshadow Antony's defeat. When Antony wins his battle against Caesar and returns to Cleopatra in IV.viii, the joy of their reunion contrasts with the despair of Act IV. Antony's victory is a strike against fate and a tribute, albeit short-lived, to the power of Egypt. The association of royalty and divinity was a common tradition not limited to the Elizabethans' world picture. In this scene, Antony portrays Cleopatra as a goddess, revealing her connection not only to the macrocosm but also to the more specific functions of the love goddess Isis. Cleopatra is a "great fairy" (IV.viii.12), able to "bless" (IV.viii.13) soldiers with her speech. As the "day o'th'world" (IV.viii.13) who will "ride" (IV.viii.16) in Antony's heart, she more particularly resembles a sun deity, pictured by the Egyptians as riding in a barge and by the Romans as in a chariot. Cleopatra's association with the day continues up until her death; Charmian recognizes that "the bright day is done/and we are for the dark" (V.ii.192-3) and Cleopatra sees that her "lamp is spent" (IV.xv.89). In Act V, the connection is morbid, but here it is vibrant and positive. Yet in both death and life, the close relationship of Cleopatra and Egypt to fire and the higher elements is omnipresent; Antony swears "by the fire/that quickens Nilus' slime" (I.iii.69-70); Cleopatra before her death is "fire and air" (V.2.288); "your serpent of Egypt is bred...by the operation of your sun" (II.vii.26-7) That fire should so often be linked to life is unsurprising, given the common connection between heat and sex, just as the heart where Cleopatra will ride has long been a "bellows" (I.i.9). Also present is an idea of "vital heat", as when Cleopatra invites Iras to "take the last warmth" (V.ii.290) of her lips before her suicide. Whether fortunate or not, Cleopatra is a spirit of vitality. Even Antony gets a taste of residual divinity, perhaps from Cleopatra's having dressed him; he is "infinite virtue" (IV.viii.17) and "lord of lords" (IV.viii.16), echoing the prophecy that "the Lamb shall overcome [the ten kings], for he is Lord of lords and King of kings" (Revelation 17:14). In fighting for Egypt Antony momentarily wrests conquering fate from Octavius, whose statement that "the time of universal peace is near.

Orange Juice (The Godfather) :: essays research papers

**Orange Juice** Contrast and Irony†¦ Gentle moments in the story keep it realistic while the larger plot progresses and sucks us in. For every action there is an equal and opposite reaction- The Godfather will make sure. Not a killer by his definition, The Godfather does not mix family and business matters, yet family and crime abound. And justice prevails however it may. Transitions in the montage after Michael killed two of his first marks in the restaurant explain exactly how the â€Å"family† works. One scene shows a family member playing the piano, then cuts artfully to another of a dead body. The piano player still playing directly above the body. A spectacular illustration of how the family mastered the art of playing others. The opening line: â€Å"I believe in America† (spoken by the undertaker, no less)-contrasted later in the film by another scene in which one of the family appears to be peeing on the Statue of Liberty, seen in the distance. So much for believing in America after all. The feel of viewing the world through dark sunglasses on an already cloudy day versus the bright, relaxed feeling of the Sicilian scenes creates even more contrast and confusion. The characters hidden from the viewer’s eye in the United States, while Michael hides in Sicily. Images of these scenes prevail in viewers minds, taking us to a happier time and place while we wonder what the Corleone family has up their sleeves in America. The Godfather grants favors- as a self-benefit of course- because the favors control those whom that they are meant for. Corleone has granted favors, but those who have received them will be in his debt and one day, they're afraid, they will be called upon to make-good the favor of the Godfather. Crime merely illustrates the degree of power this family holds. Don Corleone can make it happen- with â€Å"offers that can not be refused†. People are killed just to show who is boss. Even the raspy voice in which the Godfather grants the favors lends to a colossal sense of power, as does his sharply shaped, well-manicured mustache. Michael’s injury transitions his speech and he begins to speak like his father- his power becomes obvious. At the baptism of Connie and Carlo’s son, the film cuts to show the murders Michael has ordered. The patriarchs of the â€Å"five families†. The final montage artfully suggests that the murders and baptism occur simultaneously.

Laws of Life :: essays papers

Laws of Life "Each contact with a human being is so rare, so precious, one should preserve it."(Anais Nin). This means that every person one comes in contact with has an influence on his life. One should never forget the people who go out of their way to be nice to them. Influences others have on my life are the most important details of my life. There have been many influences on my life, three of which stand out the most, my laws of life. One influence on my life is people. Miss Haferman is a person who has had a very great influence on my life. She was my first grade teacher. She was the most caring and dedicated teacher I ever had and she respected every student as an individual. On the other hand, she had a very negative influence on my life. She is the person who told me there was no Santa Clause, which ruined Christmas for me for a very long time. Another person who has had a great influence on my life is Mr. Robinson. He was my first band teacher. He is the person who convinced me to join band, which helped me make many great friends and also made school fun for me. He also taught me how to play the clarinet. Now, I love playing the clarinet and it could even get me a scolarship for college. Another influence on my life is incidents. Moving to Tennessee was an incident that was very influential on my life. One way it was influential was losing all my old friends whom I had known my whole life. They were a big part of my life and I still regret ever losing touch with them. Moving to Tennessee was also influential because I had to make new friends, and I became less shy and more outgoing. My friends in Tennessee and my friends in Illinois are very different, but they are all very great people. Another influential incident in my life is going to FCHS. Going to FCHS also caused me to lose some of my friends. Even though I lost those friends, I made many friends who are really nice. I also learned alot about who my real friends are. Society has also had a great influence on my life. Princess Diana had a great influence on my life. One of the great things she did that influenced my life was when she auctioned seventy-nine of her dresses and donated the money to charity.

Characters of Romeo and Juliet Essay

In The Prologue of Romeo And Juliet, the fate of the â€Å"star-crossed lovers†, the title characters, is already told. They have been doomed to â€Å"take their [lives]† before the play has even begun. This foretelling of what the audience is about to see displays that the play is about how and why the events unfold, and not what happens. Act Two, Scene Two is an important scene in the play, which is because this is where Romeo Montague and Juliet Capulet, the two children born of the â€Å"fatal loins† of their feuding parents, meet for the second time, after Capulet’s Masquerade. They fall in love, starting the chain of fated events that cause their deaths. Before meeting Juliet, Romeo was seen to be melancholic; he was supposedly in love with Rosaline, which was unrequited. He seemed to be introspective, and have a very negative outlook; in Act One, Scene One his father, Montague, said that Romeo had been shutting himself â€Å"[a]way from light† in his room. Romeo appeared to have a very poetic, yet bleak, attitude to love. This is demonstrated by Romeo’s use of extended oxymoron in Act One, Scene One, where he talked of â€Å"loving hate†, and â€Å"misshapen chaos of well-seeming forms†. His poetic words seemed to indicate that perhaps Romeo was not in love, rather in love with the idea of being in love. He spoke of Rosaline, the object of his love, as though she was a deity, even stating she has characteristics of the goddess Diana (â€Å"she has Dian’s wit†). The goddess Diana was an emblem of chastity, and the object of Romeo’s affections has taken a vow of chastity. Ironically, Romeo refuses to â€Å"examine other beauties†, as his friend and kinsman Benvolio suggests at the end of Act One, Scene One. In Act One, Scene Five, when Romeo firsts saw, spoke to, and kissed Juliet, he still used decorative language, and said similar to what he had previously said about Rosaline. He said that Juliet â€Å"doth teach the torches to burn bright†, a metaphor, after first seeing her in Act one, Scene Five, after calling Rosaline the â€Å"all-seeing sun† in Act One, Scene Three. This seems to indicate that Romeo is too quick to announce his love, saying of Juliet what he had said not long ago about Rosaline. He did, however, denounce his previous love and say that his love of Rosaline was not comparable to his love for Juliet in Act One, Scene Five, with the rhetorical question â€Å"[d]id my hear love till now? â€Å". In Act One, Scene Three Juliet is seen to be polite and respectful young girl. Her mother, Lady Capulet, who is less close to Juliet than her Nurse, tried to persuade Juliet to marry a suitor that has been chosen for her. Marriage was an â€Å"honour that [Juliet] dream[ed] not of†, being only thirteen years of age. Lady Capulet, in Act One, Scene Three, told her daughter that â€Å"[t]he valiant Paris seeks [Juliet] for his love†. Juliet seemed in no rush to fall in love and marry at such a young age, she stated she would â€Å"look to like†, but â€Å"no more deep [†¦ ] endart [her] eye†. She appeared grounded, with no unrealistic expectations about love, and in no hurry to find a husband, despite her mother’s insistence that girls younger than Juliet â€Å"[are] made already mothers†. When Juliet met Romeo for the first time in Act One, Scene Five, although she echoed Romeo’s poetic and metaphor rich language, she appeared more playful and flirtatious, telling Romeo he â€Å"kiss[es] by th’book†. In Act Two, Scene Two, Romeo speaks of his love for Juliet and watches her after she appears at the window. He compares her beauty to that of the sun: † [it] is the east and Juliet is the sun/Arise, fair sun,† when she appears at her window. Shakespeare uses this language to depict that Romeo has elevated Juliet to the stature of a goddess. This is reinstated, with Juliet’s beauty repeatedly being compared to (and bettering) the brightness of celestial objects; Romeo says that the â€Å"brightness of her cheek would shame [the] stars†. Shakespeare used more positive metaphor, repetition, and a less structured and poetic approach to Romeo’s speech to show that Romeo’s newly found love of Juliet has effected a change in his language. Romeo is presented as more happy to love, and simply be in the presence of Juliet: he is eager for her to â€Å"speak again†, rather than strike up a conversation instantly. When Romeo begins speaking to Juliet, after hearing her speak of her love and asking why she must love a member of the family she hates, asking â€Å"wherefore [is he] Romeo? â€Å", Shakespeare wants us to understand Romeo’s devotion to Juliet. Romeo offers to forsake his name, saying that â€Å"[h]enceforth [he] never will be Romeo† demonstrating his willingness to make sacrifices for the love of Juliet. During this scene Shakespeare repeatedly uses names, or words referring to names (for example, â€Å"name†, or â€Å"called†) to show the conflict between language, the words and names, and experience, reality; Juliet states that â€Å"a rose/By any other word would spell as sweet†. Romeo is eager to â€Å"exchange [Juliet’s] love’s faithful vow for [his]†, which shows not only Romeo’s eagerness to prove his unchangeable love to Juliet, but his need to be loved in return. He tries to swear his love many things, including â€Å"yonder blessed moon†, Juliet takes vowing love much more seriously, and asks Romeo not to swear by the â€Å"inconstant moon† as it is too changing to vow such an important thing on. This presents Juliet as a mature girl, who tries to consider the consequences of actions and promises, whereas Romeo is completely absorbed in the idea of love. Juliet is concerned that her and Romeo’s love is moving too fast, saying that it is â€Å"too like the lightening†. Shakespeare uses this again showing Juliet’s rationality, but also showing that she is young, love is new to her and she is in no rush. Romeo does not appear to share these concerns; he is more concerned with loving and being loved, only satisfied by Juliet’s â€Å"faithful vow†. She is however in love with Romeo, and is not happy to see him go, â€Å"[p]arting is such sweet sorrow†, but is eager to see him again. Towards the end of the scene Juliet’s language becomes more like Romeo’s in eagerness to vow love, and in use of simile, comparing Romeo to a â€Å"wanton’s bird†, tethered by her love. Romeo’s rashness, loyalty, and need to love Juliet and be loved in return are important characteristics that will end up sealing his grim fate at the end of the play. Juliet’s young age, and contrasting maturity, grounding in reality and strong will in her love will be ever important, and her need to see a plan through will be important factors that help lead her towards her tragic ending. â€Å"For never was there a story of more woe/Than this of Juliet and her Romeo. â€Å"

Imagination vs Reality in Literature Essay

â€Å"Aren’t grown-ups supposed to read realistic fiction? What good are these wild tales, anyway? † (â€Å"Speculative† 200). In author Vandana Singh’s â€Å"A Speculative Manifesto†, she describes how important speculative fiction is in the education of students in literature. Speculative fiction is combination of several different genres of literature, such as mystery, science fiction, historical fiction and fantasy. Vandana Singh asks in her manifesto if education is based on the truth then â€Å"[w]hy not discard the old myths, legends, tall tales, and their modern counterparts, as we discard other childish things† (200). Vandana Singh believes that both children and adults need the literature for their imagination. In the manifesto, she describes who imagination allows us as humans to dream. Although science fiction and fantasy can also help ones with their imagination, through our imagination we can make up â€Å"ingenious thought-experiments, through asking ‘what-if’ questions and attempt[] to answer them† (202). According to Vandana Singh, speculative fiction allows us to question our lives and â€Å"live out possible futures before we come to them† (202). Speculative fiction and feminist literature can be intertwined together to make stories as well. Vandana Singh uses a blend of these two literature genres in order to write her short story The Woman Who Thought She Was A Planet. Although these two genres may be viewed as two separate pieces of literature, Vandana Singh uses her imagination and her background in her Indian culture to create the story. In one of Vandana Singh’s short stories, The Woman Who Thought She Was A Planet, she uses her speculative fiction beliefs and her imagination to describe a story about a woman going through â€Å"changes†. This story starts off at the kitchen table where Ramnath Mishra is partaking in his usual morning routine when his wife announced, â€Å"’I know at last what I am. I am a planet’† (39). Shocked and confused about his wife’s announcement, Ramnath believed that his wife, Kamala, had merely lost her mind. Ramnath believed that the only way for his wife to get better was to phone the doctor, however Kamala did not think she was ill. Kamala states to Ramnath, â€Å"’I am a planet. I used to be a human, a woman, a wife and mother’† (40). Ramnath could not understand how he did not actually know the person whom he has lived with for the past forty years, â€Å"[s]he looked like a stranger† (43). He thought that a planet has to be â€Å"an inanimate object circling a star† and that there was no way Kamala, a human, could be a planet (40). Living in an Indian culture, Ramnath was extremely embarrassed by his wife’s actions. She constantly tried to undress her clothes because she believed that planets do not need a sari. As Ramnath described how his great aunt went mad, â€Å"[w]hat a terrible dishonor the family had suffered, what indignity† (41). He worried that Kamala was going to create great embarrassment, not only for him but for his family’s name as well. At night, Ramnath found himself wishing Kamala dead, even began plotting different ways for going about killing her, â€Å"[h]e could not live like this† (46). One evening, as Kamala was sleeping, Ramnath noticed that she seemed to be coughing something up, which was exciting for Ramnath because he believed that she was going to die on her own, without his help. Moments later, Ramnath observed some â€Å"jelly-like† substance coming out of her mouth. He realized that this substance was made up of â€Å"small, moving things† (47). These â€Å"aliens† began pouring out of Kamala’s mouth attacking Ramnath, but not waking Kamala. In the morning, still terrified by what happened last night, Ramnath laid in bed until his wife woke up. Once awake, she explained that if she knew what was happening she would have explained to these creatures not to hurt him. Kamala explained to Ramnath that these creatures were â€Å"inhabitants† and reminded him that she is a planet. Kamala then went on to describe how the younger â€Å"inhabitants† were trying to colonized and asked Ramnath to be a planet with her. Kamala explained to Ramnath that â€Å"[a] planet needs sun†¦ My journey is just beginning† (50). Later, Ramnath and Kamala went on a walk, where Kamala ran into the park where there was a man selling balloons, which she is fascinated by. After being captivated by the way the balloons floated into the sky when letting them go, Kamala began â€Å"[s]lowly and majestically†¦ rise over the ground† (52). Her clothing slowly began to fall from the sky, as she was rotating and floated higher and higher. â€Å"For a moment [Ramnath] almost envied her† as she floated into the starts, he ran into the house and as he went to scream, â€Å"the insectoids were already marching up his back, over his shoulder and into his terrified, open mouth† (54). In an interview, Vanadana Singh was asked what her appeal to speculative fiction was, her response being, â€Å"[t]he best speculative fiction demands a boldness of imagination and a vastness of scope that no other literature can offer (Tan). In Vandana Singh’s short story, The Woman Who Thought She Was A Planet, it is shown that her imagination was used enormously in order to not only come up with the story, but to use such great detail. Speculative fiction, â€Å"with its aliens and magic and warp drives, set against the backdrop of the universe itself. † (â€Å"Manifesto† 203). In the interview, Vandana Singh also adds that â€Å"the sense of wonder that [speculative fiction] evokes, the engagement with ideas, and the fact that it provides a two-way mirror for looking at the world one wonders why everyone doesn’t read the stuff† (Tan). Not only does Vandana Singh’s short story, The Woman Who Thought She Was A Planet, use great imagination, it also includes the truths behind the Indian culture in marriage. The man of the house is the â€Å"leader† of the family. Also this story shows how it is extremely embarrassing for a woman to not only get nude in public, but in the house. The Woman Who Thought She Was A Planet is a wonderful example of a piece of feminist literature. Feminist Literature is described as a question of women’s role in society and complex conceptions of gender. In this short story, it shows that Kamala was trying to become her own woman. She believed that there were â€Å"inhabits† inside of her. She routinely attempted to take her clothing off, which infuriated Ramnath and also embarrassed him to an extreme end. An additional example of how The Woman Who Thought She Was A Planet was used for feminist critique is that it shows that in other cultures besides our own, woman are always trying to be themselves and not have to be held down to the â€Å"norms† that are expected of them. Although in this story Kamala may not have been able to control her actions completely, it shows the way the Indian culture views people when they act out and how one little action can be viewed as such an embarrassment. Works Cited Singh, Vandana. A Speculative Manifesto. Framingham: n. p. , 2008. 200-04. Print. Singh, Vandana. The Woman Who Thought She Was a Planet: And Other Stories. New Delhi, India: Zubaan, in Collaboration with Penguin India, 2008. 39-54. Print. Tan, Charles. â€Å"The World SF Blog. † The World SF Blog. The World SF Blog, 2012. Web. 10 Oct. 2013. .