Spanish literature Essay Example for Free

Spanish literature EssayFrom Latin litterae (plural) letter is the art of create verbally litigate. The word literature literally means things made from letters. The body of written works of a language, period, or culture. Imaginative or creative writing, especially of recognized artistic value Literature must be an analysis of know and a synthesis of the findings into a unity (Rebecca West). The art or occupation of a literary writer.The body of written work produced by scholars or researchers in a given field. Printed materialWritten material such as poetry, novels, essays, etc. , esp works of imagination characterized by excellence of style and twist and by themes of general or enduring interest. The body of written work of a particular culture or people Written or printed offspring of a particular type or on a particular subject Printed material giving a particular type of information.The art or profession of a writerObsolete learningWriting in prose or verse regarded as having permanent worth through its intrinsic excellence. The ideal body of literary works of a specific language, period, people, etc. The writings dealing with a particular subject.The profession of a writer or author.Literary work or production.Any kind of printed material, as circulars, leaflets, or handbills. Archaic. literary culture appreciation of letters and books. Creative writing of recognized artistic valuewritings in which expression and form, in connection with ideas of permanent and universal interest,are characteristic or essential features, as poetry, novels, history, biography, and essays. Written works (such as poems, plays, and novels) that are considered to be very good and to have lasting importance.

Customer Service Positions Essay Example for Free

Customer Service conditions EssayThere argon some(prenominal) types of customer service occupations out in the world that maintain received requirements and back rounds that need to be met in effect to designate for a certain job. I found a job post on Monster.com for a customer service bear awayment position through the association Ecovacs Robotic Inc. located in Glendale, California. A customer service manager is to provide excellent customer service policy for the organization, develop a customer service policy for the organization, manage and hire a team of customer service staff, and handle face to face inquires. Ecovacs is a company that sales antithetical variety of electronics. To qualify for this position, you concord to either have a Bachelors Degree or equivalent experience plus five years customer service experience. It is also required to have exceptional interpersonal communication and negation skills. (Monster.com) The major requirements to work at Eco vacs are performing excellent management, training, and development skills.As a customer service manager you must lead your team to meet organizational objectives and achieve results to build up the company youre working for. Being able to organize and curriculum multiple priorities to meet deadlines. Ecovacs wants you to have two years experience in the electronic and technology industry of sales. Majority of the customer service positions for different companies requires the selfsame(prenominal) criteria as far as managing a team of staff, knowing how to communicate, and being able to set up plans and meeting your goals as a team and company. A median salary for a customer service manager in the affirm of California is $38,000 a year. Californias salary is eight pct higher than average customer service manager salaries and incomes nationwide. Nationwide it ranges between $32,000 and $34,000 a year. (Indeed.com)On Jobpath.com they had an opening position for a medical receptioni st in Illinois. A medical receptionist works in the Healthcare Services according to Jobpath.com. A medical receptionist does not require college level education. The requirements to become a medical receptionist are to have one to three years experience as a receptionist in a medical practice. Itsrequired that you have open availableness which means you are able to work a flexible schedule with rotating weekends. You must have a reliable source of transportation because youll have to proceed to two different locations weekly. You must have knowledge of ICD-9 and CPIs and have excellent written and oral communications skills.A medical receptionist job is checking in patients, answering phone calls and taking messages. It is required that you know how to communicate with insurance companies in order for customers to receive prescription coverage and have reasonable insurance information. A medical receptionist must be able to constantly be on your feet, engaging in several tasks wh ich require a manage of multi-tasking. The average salary for a medical receptionists ranges from $23,000 to $25,000 a year nationwide. (Indeed.com)Working at Safeway we are a company that promotes excellent customer service. I resolved to research the job of a cashier position. I visited Safeway.com for more information about a cashiers position. I did not find the information I unavoidable so I went to Shrm.org for a detailed description about a cashier. A cashier, according to Dictionary.com is an employee, as in a market or part store, who collects payments for customer purchases. A cashier is responsible for maintaining guest services as company standard, generate sales, operate sales, operate cash registers, and follow all company policies at all times. A cashier must have a high school diploma or the GED equivalent in order to qualify for the position. (Snagajob.com) The requirements to become a cashier are being able to work varied hours and days as business dictates.You must be able to read, count, and redeem all documentation accurately. You must be able to communicate with associates and guests and be willing to anticipate customer needs. You also are required to maintain cognisance of all product knowledge information, weekly promotions, and offer samples to customers when asking about a certain product, if youre able to sample it. I know this commencement hand working in the bakery at Safeway. A cashier must also know how to make labels and tags for promotional items and product that goes on in sale in general. Also you must complete all duties assigned by management and communicate when youre done with those duties or duty. Depending on what state you reside, a cashier can make $6.99 to $14.00 an hour or more. (Snagajob.com)The last job I decided to do research on was the position of a daycare assistant. My mother and sister are in the process of opening a childcare center so I thought it would be favorable to do research on the responsib ilities of a daycare assistant. A daycare assistant is an employee who assists the director or teacher of a daycare facility with enrollment, hiring and oversight faculty, facility management, maintaining superb customer relations, handling management reporting tasks, and working with children from newborns to twelve years of age. (Indeed.com) The responsibilities of a daycare assistant is to set up activities and brisk up after children. They also have to supervise children and help with jobs such as feeding and diapering toddlers and infants. Assistance keeps track of toddlers and infants behavior and communicates progress of children to parents.In order to become a daycare assistant, you must have a high school diploma or equivalent. You must be CPR and first wait on certified just in case a staff member or child chokes on food or an object. You also must add up a background check in which you have to have a fingerprint clearance, no criminal background like child abuse, sexu al assault, internal violence, prosecution, and molestation. Assistants who want to become daycare teachers or supervisors usually should have a minimum of an Associates degree in the battleground of Childhood of Early Learning. (Ehow.com) According to Indeed.com, the average salary for daycare assistants are $38,000 a year nationwide.There are all types of customer service jobs out there that require all different types of responsibilities and education. Working in the field of customer service, I have met most of the requirements from each job I researched online. I want to work in the field of communication and I know it is required that I have a Bacherlors degree and exceptional customer service skills and have knowledge about my job.References daycare Assistant resourcesDavies, Faith. Day Care Assistant Job Description EHow. EHow. Demand Media, 22 Dec. 2009. Web. 19 Jan. 2014. http//www.ehow.com/facts_5790737_day-care-assistant-job-description.htmlJob Not Found Indeed.com. Indeed.com. N.p., n.d. Web. 19 Jan. 2014. http//www.indeed.com/viewjob?cmp=Doodle-Bugs-Children%27s-Centerst=Child+Carejk=c220f26e0c22377esjdu=PfqW7OX-Y30gm1KgHUU8l4rlETR0V6maUXSL9Dn0qzaLz8h-P_GYMqQakJ_0OjgHzv1wNooo0v2ri2iBDlHIvQ shiver ResourcesAbout SHRM. Login. N.p., n.d. Web. 19 Jan. 2014. http//www.shrm.org/TemplatesTools/Samples/JobDescriptions/Pages/CMS_001514.aspx Safeway Official Site. Safeway Official Site. N.p., n.d. Web. 19 Jan. 2014. http//www.safeway.com/IFL/Grocery/HomeCashier Job Description. How to Become a Cashier. N.p., n.d. Web. 19 Jan. 2014. http//www.snagajob.com/job-descriptions/cashier-2Medical Receptionist ResourcesMedical Receptionist Position Description. Jobpath.com Illnois, N.p., Web. 19 Jan. 2014 https//www.jobpath.com/medicalreceptionistCustomer Service Manager ResourcesCustomer Service Manager Job Description. Prospects.ac.uk. N.p., n.d. Web. 20 Jan. 2014. http//www.prospects.ac.uk/customer_service_manager_job_description.htmCustomer Service Manag er. Job in Glendale 91203, California US. N.p., n.d. Web. 20 Jan. 2014. Ecovacs Robotics Inc. http//jobview.monster.com/customer-service-manager-job-glendale-ca-us-128460946.aspxMajor Website Resources To Find JobsSearch Jobs for FREE with Monster. Search Jobs for FREE with Monster. N.p., n.d. Web. 20 Jan. 2014.http//promotion.monster.com/keywordjobsearch-new/?WT.srch=1WT.mc_n=olm_tm_srch_ggl_gen_slk_clickid=52fa51bf-8f42-fe09-033a-00003cc42730k_trackingid=9716314gclid=CMHsgLWAjLwCFQPZQgod73MAFA

Concept Of Maximising Shareholder Wealth And Competing Theories Finance Essay

Concept Of Maximising Sh arholder Wealth And Competing Theories Finance EssayMaximizing shargon holder riches is a imagination in which optim in ally increasing the long- verge look on of the firm is emphasized.Milton Friedman recipient of the Nobel Memorial Prize in Economic Sciences is often quoted as saying The condescension of air is business He actually did say there is one and alone one social indebtedness of business-to uptake it resources and engage in activities intentional to increase its gains so long as it stays within the rules of the game, which is to say, engages in open and free competition without deception or fraud. Friedman used the term net utilitys, rather than shareowner wealthiness but the dickens are often seen as interchangeable. Not only is this not true, there is an increasing body of public opinion that views the prime motive of maximizing shareholder wealth as deeply flawed.In the history accounting and finance, it is assumed that the ob jective of the business is to maximise the value of a company. Put simply, this wets that the managers of a business should farm as much wealth as manageable for the shareholders. Given this objective, any financing or investing decision that is expected to improve the value of the shareholders pastime in the business is acceptable. In short, the objective for managers running a business should be profit maximization both in the short and semipermanent. Shareholders are deemed as the owners of the business. Their main get is to increase their wealth, finance managers are employed to achieve this aim. In cabaret to maximise shareholder wealth it would mean Maximising the flow of dividends to shareholders through time there is a long term prospective (Arnold, 2005)Shareholder wealth is a short-term gain, and stick out be artificially change magnitude without adding any tangible assets or products to the companys rooster. You can, for example, simply lay off an entire short-t erm unnecessary department say Research and Development rather than the shop floor, and the next billet profits will be increased. But what about the social responsibility of the executeers made redundant in order to make share price healthy? That is the fallacy with an unthinking mantra of maximizing. Al most(prenominal) any executive decision, no takings how socially irresponsible or unethical can be justified as intended to increase the stock price. Managers on short term trio efficacy stay at the same point on the demand curve but economize more on resource if they must maximize shareholder wealth. Economizing inputs tend to offset the maximisers reducing output. In an preservation with widespread monopoly some firms encouraged to maximize shareholder wealth would primarily encourage eyepatch early(a)s should slash production and reduce allocative efficiency one cannot predict which effect would dominate.Traditional theory suggests that the key aim of any business is t o generate the superior possible value for the company, leading to the maximum possible return for shareholders. As Ian Davies argues, this so-cal direct Shareholder Theory is based on the idea that the ultimate aim of a company is to generate profit and pass this profit, along with any associated value, on to the shareholders who took the risk of purchasing those shares in the first place (Davies, 2007) furthermore, any advent that minimises the companys outgoings will, in theory, contribute to the developing of the asset-value of the company and therefore to the ultimate return to shareholders.Within the concept of Shareholder Theory, there is technically no limit to the methods that might be used in order to maximise shareholder wealth. One of the most commonly used methods, according to Jill H. Ellsworth and Matthew V. Ellsworth, is strategies for the step-down of tax liabilities, in new(prenominal) words reducing the amount of tax paid in order to increase the amount of mo ney that can be paid out as dividends to shareholders (Ellsworth Ellsworth, 2007 ed., p. 58). However, arguably, this theory is overly simplistic for example, while one schema might generate greater short-term wealth for shareholders, a less obvious strategy might, in the longer-term, generate far greater wealth. For example, while a company could use surplus profits in order to increase the dividend, it could withal use them to invest in projects that could yield far greater gains in the approaching. This, in turn, could increase the overall share price. This approach highlights an important difficulty not all shareholders are the same, and while some are willing to wait for the longer-term results, others are after short term gain. There is no guarantee that both can be satisfied by the same approach.COMPETING THEORIESOther theories for example Stakeholder theory asserts that managers should make decisions that take into account the interests of all stakeholders of the firm. Such stakeholders include not only financial claimholders but a akin employees, managers, customers, suppliers, topical anaesthetic communities, government, and others. Thus, stakeholder theory pretends trying to maximize multiple objectives. Maximization of shareholder wealth centralizees on owners and is a single-valued objective. This does not mean that corporate managers should disregard stakeholders other than owners. On the contrary, they need to be aware of the needs, wants, and interests of these other constituencies, but the owners come first.Although Shareholder Theory has been the dominant approach for more years, the new Stakeholder Theory is gaining ground. This theory suggests that Shareholder Theory is merely one part of the overall strategy that should be employed, with the others including such relatively unfixed concepts as earnings per share, employee satisfaction and environmental protection. Andy Coulson-Thomas argues that Stakeholder Theory is based on th e idea that a business is an organic creature that will produce better results for everyone if holistically managed and, overall, led towards a situation in which every aspect of the company is performing well (Worthington et al., 2008, p. 147). This is nominately not a short-term theory, and one again illustrates the outstanding divide between the aims of different shareholders. However, Stakeholder Theory does postulate one major advantage, which is that it allows a more organic, cross-company angle to be applied, one which allows for stable long-term growth at the expense, perhaps, of short-term profit and wealth maximisation.Its also important to call back the size of the company and its location. Size affects such matters as taxation liability and economy of scale, and there are dramatically different rules when it comes to larger corporate entities. Although generalisations are dangerous, its true to say that smaller companies face less legislation in damage of moves to pr event tax avoidance etc., although to requite for these larger companies often employ legal teams to address such issues. Davies argues that this balances out leading to virtual parity in terms of how companies of different sizes deal with taxation (and) they end up paying virtually the same rates, albeit from very different starting points (Davies, 2007, p. 37). Its also possible to relocate the companys base to a state with little or no corporate income tax, or where potential lawsuits are far more likely to be decide in the companys favour. This may generate subsequent problems for shareholders, however, since their profits will be considered to be coming from abroad and may therefore be subject to excess taxation. This is an example of what McLaney calls blind strategy (Davies, 2007, p. 6), whereby something that initially seems to be good (for the company) is ultimately bad for the shareholders.In light of the factors above, CEOs of major companies are being urged, to look to other theories of corporate purpose. In this theory, the customer comes first.Perhaps the most notable change of purpose, as advocated by Richard Ellsworth and Ian Davies, is to change corporate focus from the shareholder to the customer. For example, in his withstand Leading with purpose Ellsworth offers statistics, drawn from a study of 23 companies that show those businesses that were mostly customer-focused exceeded their industries median performance by 36 per cent. But what does foc development on the customer mean? Isnt it something that successful businesses have always done? Yes and no. In his book, The New Business Road Test John W. Mullins defines customer focus as a corporations ability to resolve customers pain. Mullins then goes on to highlight the case of Nike who impacted on the sports shoe market by designing garment that met the specific speed and endurance needs of distance runners. In 1972, eight years after Nike (then known as Blue Ribbon Sports) was formed, four of the crownwork seben finishers in the Olympic marathon wore Nike shoes. Two decades later, after many years of strong growth, Nike targeted women, for whom its products seemed to hold limited appeal. Nikes researchers found that for active women, clothes had to perform a double-duty, handle an intense workout and look good on the street. Nike turned their research iinto new product lines and in 2005 their combined womens business grew by near 20% outpacing even the companies overall growth. But away from Mullins, Naomi Kliens book, No Logo, shows there is more to Nikes corporate purpose than target markets. Klien points out that Nike is also probably the most famous case of western companies using sweatshop labour a scandal that was bought to national USA attention in 1995-96 and has dogged the company ever since. The perplexity is this how do we interpret Nikes repeated attempts to change unethical working practices at its various sites around the world? What do we say ab out the introduction of schools, donations and increased wages it has given out to workers it previously exploited? Can they be seen as cynical attempts by a panicked business to maintain shareholder value, or genuine efforts to resolve their customers moral pain?Nikes efforts at ethical working practices brings me to CSR Corporate Social Responsibility CSR has become the basis on what organisations do well. There are several studies as to what CSR is, several researchers (Friedman, Rudolf, Davis etc.) have given their own definitions, the World Business Council has defined it as the continuing commitment by business to behave ethically and to contribute to scotch development while improving the quality of life of the workforce and their families, as well as of the local community and society at large. (Source Xrefer, definition of Corporate Social Responsibility)Companies usually implement CSR into their policies and practices so the effects of their activities have a positive soc ial, environmental, legal and economic impact on the communities in which they operate and on their stakeholders. Some organisations behave more socially responsibility because it is an obligation by the managerial board, but also because of fear of backlash from environmentalist and consumer pressure groups and the media, and negative corporate image. It has been argued that behaving in a more socially responsibility manner can be sound to an organisation in the long run. A good example of an ethical organisation is the Body Shop.The Body Shop was founded by Anita Roddick in 1976, and has achieved worldwide military position for being productive and socially responsible, which proved that an organisation can be ethical and successful and reward shareholders and satisfy stakeholders at the same time. It has achieved worldwide popularity cod its ethical practices, famously recognised for being against animal testing and promoting cosmetic products that have not been tested on ani mals, . They had a business case to entrust body care products that have not been tested on animals and their business case just provides further support that an organisation can be profitable whilst being ethical.SHAREHOLDER WEALTH CRITICISMAnother difficulty with Shareholder Theory is that aspects of wealth growth, most notably those related to tax, are increasingly involved and require a variety of forensic-level approaches that are often impossible for a large corporation to undertake. For example, some shareholders might eudaimonia from a corporation-based tax reduction strategy, while others might be better off utilising their own such systems. Its impossible to tell which system will suit which shareholder, and its also impossible to integrate the two systems. There is therefore a fundamental need to balance competing needs and, often, to find a balance that generates the best average result for shareholders.To compensate for such problems, companies can help their shareh olders to form their own corporation designed to either own stock or to act as consultants (mainly for smaller companies). A. McNeil notes that such tactics are likely to appeal only to shareholders who are more proactive in their involvement in the company, whereas research shows that over three quarters of shareholders prefer a far more passive involvement (McNeil, 2007, p. 85). Furthermore, a number of commentators have argued that such tactics usually offer fewer benefits than they see to it on paper, since there must be consideration given to the cost of incorporation and the operation of such a company. Turner and Johnson, for example, argue that the hidden costs in such an operation almost always outweigh the possible benefits (Turner Johnson, 2003, p. 238).Ultimately, the concept of maximising shareholder wealth represents a return to the principle of using a business in order to increase the wealth of individuals. As Andy Coulson-Thomas has suggested, this approach has of ten been lost in late(a) years as individuals (instead) work for the greater good of the company, which is often valued more highly than the wealth of the shareholders (Worthington et al., 2008, p. 58). Its clear that attempts to focus on the maximisation of shareholder wealth often involve increased complexity and, as a result, present a number of potential points at which profit can be lost. There are a number of conflicting theories in terms of which approach might be best when it comes to maximising shareholder wealth, but its clear that the most fundamental problem is that shareholders often have different, and in many cases competing, aims the key difference is in terms of how quickly they want to see a profit, and the needs of short-term profit-seekers are likely to contradict the needs of those seeking a longer-term profit generation system.There is even the problem with the stock price itself as illustrated in my third paragraph above. It simply isnt always in management c ontrol. Again, as we have seen recently, share value largely depends on the confidence the market has in a corporation or the sector that the corporation operates in. as confidence in the banking sector has recently plummeted, even organizations with a healthy balance sheet have seen their share prices tumble. Consider the monopolist in a nation that denigrates shareholder wealth maximization and has rules and norms that discourage lay-offs. Employees cannot easily be laid off. Their jobs cannot be radically reconfigured without their consent.As such, the monopolist might not cut production and raise prices further, despite the shareholder-wealth-maximization basis for doing so, because it must pay the employees anyway if labor markets are situated and if it cannot costlessly redeploy its workforce. In such circumstances, not only are the employees with jobs protected, but national wealth is increased (or at least not decreased) by mire agency controls on managers. A weak sharehol der primacy norm facilitates greater production. I would say there is the problem of the shareholders themselves. These are not necessarily long-term investors with the interests of the company at heart, but transient individuals, some of whom, as we have seen lately, may actually look to make money out of a business by betting on the share price going down .i.e. taking the fall of shareholders like Conrad Black and Bernard Madoff.As per tutor2u,Managers of a business should create as much wealth as possible for the shareholders. Given this objective, any financing or investment decision that is expected to improve the value of the shareholders stake in the business is acceptable. This is based on the assumption that managers operate in the best interests of stockholders, not themselves, and do not attempt to expropriate wealth from lenders to benefit stockholders. Another assumption is that managers act in a socially responsible manner and do not create unreasonable costs to societ y in pursuit of stockholder wealth maximization.(Blackwell publishing, 2009)Wealth maximization is achieved by maximization of the cash flows of the organization.Cash flow is a better yardstick than the profits. There are several objections against the profit maximizationOne it is vague there are multiple meanings of Profit.For example profit after tax, retained earnings. Thus profits cannot be the ultimate goal.Two it is uncertain as per Freemba, Profit cannot be ascertained well in advance to express the probability of return as future is uncertain. It is not at possible to maximize what cannot be known. and then the timing of the profit cant be estimated.Three it ignores time value of money acquire ignore the time value of money which is not in the case of cash flows. One can exactly find the timing of cash flows. Hence cash flow is a better measure.CONCLUSIONDespite its advantages of greatly simplifying directors decision making we should discard the fictional undiversified sh areholder concept for two reasons. First, it is highly unrealistic, more so than the other substitute(a)s here considered. Second, it is indeterminate as to the degree of risk-aversion that should be ascribed to this fictional shareholder, and this degree of freedom completely undercuts ability of the shareholder wealth maximization norm to constrain director conduct. Thegoal of Maximization of profits I think to be a narrow outlook. Evidently when profit maximization becomes the basis of financial decisions of the concern, it ignores the interests of the community on the one hand and that of the government, workers and other concerned persons in the enterprise on the other hand.Hence profit maximization is not considered as the ultimate financial objective. Wealth maximization is considered to be the most important financial objectiveOrganization should also consider non financial objectives too to satisfy the other stakeholders of the organization. Stakeholder can be a person, gr oup, organization, or system who affects or can be affected by an organizations actions. This gist satisfying the objectives of customers, suppliers, government agencies, families of employees, special interest groups.This will help in achieving the success in long term too.Ultimately, the concept of maximising shareholder wealth represents a return to the principle of using a business in order to increase the wealth of individuals.This approach has often been lost in recent years as individuals work for the greater good of the company, which is often valued more highly than the wealth of the shareholders Its clear that attempts to focus on the maximisation of shareholder wealth often involve increased complexity and, as a result, present a number of potential points at which profit can be lost. There are a number of conflicting theories in terms of which approach might be best when it comes to maximising shareholder wealth, but its clear that the most fundamental problem is that s hareholders often have different, and in many cases competing, aims the key difference is in terms of how quickly they want to see a profit, and the needs of short-term profit-seekers are likely to contradict the needs of those seeking a longer term profit generation systemI also conclude that from above highlights it shows just how complex and interlinked all the financial and psychological aspects of business are. It is no longer enough (if it ever was) for businesses to concentrate soley on their shareholders. In the current climate of a credit crunch fuelled by a potent mix of incompetence and greed, with business ethics under scrutiny like never before, the customer is all of us. And the pain we need resolving is not just economic, but social and environmental as well if corporation investment decisions are best pursued through the use of a fictional shareholder concept, rather than through attempts by directors to ascertain and satisfy to the extent possible the conflicting pr eferences of their corporations actual shareholders and perhaps other stakeholders as well then the fictional diversified shareholder concept, despite its significant implementation difficulties, is the preferred alternative among those here considered..

The competitive advantage of Honda Corporation

The war-ridden advantage of Honda CorporationThere are several factors that can contribute to a firms ability to be competitive in its industry. Building blocks of a competitive advantage include efficiency, quality, innovation, and responsiveness to customers. A firm with a competitive advantage may experience high profits than the average profit in the industry while competing for the same customers. In the case of Honda, this is true. Honda has many distinctive competencies based on its resource and capabilities that renounce it to have a competitive advantage in the auto manufacturing industry. Three areas that give Honda a competitive advantage in the auto industry include Hondas technology and design, question and evolution, and cross equity. In order to determine whether Hondas competitive advantage in these three areas is sustainable, we analyze and apply each one to the VRIO framework.Honda is curious in that its corporate structure is made of three companies. Honda Research and Development is in charge of research and development of innovative products for the company. Honda Motor produces, sells, and services the only Honda products. Honda Engineering develops manufacturing processes, systems and equipment used to manikin all Honda products. Hondas superior design capability has enabled it to build high-quality reliable products and has also added value to the Honda brand. Hondas efficient manufacturing processes have also unbroken production costs low relative to other automakers in the industry (Snipes 2008). In terms of value, Honda excels at using its engineering expertise and design skills to build reliable cars that simply work. This ability is quite valuable to the company and its industry. Although valuable, Hondas engineering and design is not rare, because there are other car manufactures with excellent engineering and design capabilities. For car manufacturers who are not already competitive with Honda in its engineering and des ign ability, it would be precise difficult to bridge the gap to engagement by imitating Hondas success. Therefore, Hondas engineering and design is inimitable. The final question to ask is whether Honda is organized, ready and able to take advantage of opportunities via its engineering and design. Hondas organization is unique in its trouble structure in that it differs from most public U.S corporations. A board consisting of 21 directors runs the company, which allows for faster decision- do and execution in new product design (Whiston 2010). All of the companys handicraft units are aligned to take advantage of design breakthroughs, which leads to a conclusion that its engineering and design are a source of sustainable competitive advantage.Hondas counselling on research and development is highly valuable and places it at the forefront of technology. This allows the company to incorporate technological breakthroughs and advancements into its wide line of vehicles. Honda also h as a rattling high level of investment in research and development, which is not common in the auto industry. Hondas level of commitment to research and development is also very rare compared to its industry peers. Honda possesses a strong first mover advantage over many competitors in this area because of the advanced nature of its research. Competitors not actively pursuing their own research find it very difficult to catch up to Honda, therefore the companys RD is considered inimitable. Organizationally, Honda keeps the RD group separate from other divisions within the company loose its teams freedom to develop new technologies for the company across the board. Hondas unique structure and its level of commitment to advanced quality research make its research and development a sustainable source of competitive advantage in its industry.Hondas brand equity is an extremely valuable source of its competitive advantage since consumers are unbidden to pay a premium for Hondas vehicl es because of the power of its brand and its association with quality and value. As a result, it has led Honda to have best-in-class repeat purchase rates. Honda has repeatedly been set(p) among the worlds top 20 most valuable brands according to a research conducted by Business Week Magazine (Ferret 2006). The Honda brand ranked 19th on the international list of one hundred most valuable brands in 2005, having a brand value of $15.8 billion. Honda has very strong brand loyalty as evidenced by the strong repurchase rate for Honda automobiles relative to the industry norms. 65% of Honda customers purchase another Honda automobile compared to only 48% for the industry (Ferret 2006. dapple it is highly valuable, Hondas brand equity is not rare. Toyota also has strong brand equity in the same industry, but recent recalls may have deteriorated its value. Because Hondas brand equity has been built over a long period of time, it would be very difficult for competitors to imitate. Hondas r eputation for reliable cars was not earned over night, making it highly inimitable. Honda takes advantages of the benefits given by its strong brand by using it as the flagship brand for the company. By supporting its brand value with superior engineering, design, and research and development, Honda is able to rely on its brand equity as a source of sustained competitive advantage.

Development of VLSI Technology

Development of VLSI TechnologyCHAPTER 11. INTRODUCTIONThe VLSI was an weighty pioneer in the electronic instauration automation industry. The lambda- ground creation style which was advocated by carver mead and Lynn Conway offered a refined packages of tools.. VLSI became the early hawker of standard carrell ( prison cell- base technology). Rapid advancement in VLSI technology has lead to a new paradigm in calculating integrated electric roachs where a system-on-a-chip (SOC) is constructed based on predesigned and pre-verified cores much(prenominal) as CPUs, digital repoints processors, and RAMs. Testing these cores requires a tumid amount of turn up data which is incessantly increasing with the rapid increase in the complexity of SOC. Test compression and compaction techniques argon widely used to reduce the storage data and see time by reducing the size of the test data.The Very large scale integration design or manufacturing of extremely small uses complex circuitry of modified semiconductor material.In 1959- jack St. Claire Kilby (Texas instruments) they true the starting integrated circuit of 10 components on 9 mm2. In 1959, Robert Norton Noyce (founder, Fairchild semiconductor) has improved this integrated circuit which has been developed by Jack St Claire Kilby, in 1968- Noyce, Gordon E. Moore found Intel, in 1971- Ted Hoff (Intel) has developed the first microprocessor (4004) consists of 2300 transistors on 9 mm2, since indeed the continuous improvement in technology has allowed for change magnitude per getance as predicted by Moores law.The rate of development of VLSI technology has historically progressed hand-in-hand with technology innovations. Many conventional VLSI systems as a result imbibe engendered extremely specialized technologies for their support. Most of the achievements in dense systems integration have derived from scaling in silicon VLSI process. As manufacturing has improved, it has become more than cost-effe ctive in legion(predicate) applications to replace a chip set with a monolithic IC package costs be decreased, interconnect path shrink, and cause loss in I/O drivers is reduced. As an moral consider integrated circuit technology the semi conductor industry Association predicts that, over the next 15 years, circuit technology leave behind advance from the actual quadruplet metallization layers up to seven layers. As a result, the phase of circuit testing in the design process is moving to the head as a major problem in VLSI design. In fact, Kenneth M, Thompson, vice president and general manager of the Technology, Manufacturing, and Engineering crowd for Intel Corporation, separates that a major falsehood of testing is that we have do a lot progress in testing in reality it is in truth sticky for testing to keep speed with semi conductor manufacturing technology.Todays circuits are expected to per induce a very broad range of functions as it also meets very high standards of performance, quality, and reliability. At the same time practical in terms of time and cost.1.1 Analog Digital ElectronicsIn science, technology, business, and, in fact, nigh other(a) palm of endeavor, we are constantly dealing with quantities. In the most physical systems, quantities are measured, monitored, recorded, manipulated, arithmetically, observed. We should be able to represent the evaluates efficiently and accurately when we deal with heterogeneous quantities. There are basically two ways of representing the numerical look on of quantities analog and digital1.2 Analog ElectronicsAnalogue/Analog electronics are those electronic systems with a continuously variable signal. In contrast, two different trains are usually taken in digital electronics signals. In analog representation a bill is represented by a voltage, current, or meter movement that is comparative to the value of that quantity. Analog quantities such as those cited above have n important characte ristic they can vary over a continuous range of determine.1.3 Digital ElectronicsIn digital representation the quantities are represented not by proportional quantities solely by symbols called digits. As an example, consider the digital watch, which provides the time of day in the form of decimal digits which represent hours and minutes (and sometimes seconds). As we know, the time of day changes continuously, but the digital watch reading does not change continuously rather, it changes in steps of one per minute (or per second). In other banters, this digital representation of the time of day changes in discrete steps, as compared with the representation of time provided by an analog watch, where the dial reading changes continuously.Digital electronics that deals with 1s and 0s, but thats a vast oversimplification of the in and give aways of going digital. Digital electronics operates on the premise that all signals have two distinguishable levels. Certain voltages capabilit y be the levels near the power fork over level and ground depending on the type of thingmajigs used. The system of logical systemal mean should not be mixed with the physical signal because the meaning of this signal level depends on the design of the circuit. Here are some common terms used in digital electronicsLogical-refers to a signal or device in terms of its meaning, such as TRUE or FALSEPhysical-refers to a signal in terms of voltage or current or a devices physical characteristicsHIGH-the signal level with the greater voltageLOW-the signal level with the lower voltageTRUE or 1-the signal level that results from logic terms being metFALSE or 0-the signal level that results from logic conditions not being metActive High-a HIGH signal indicates that a logical condition is occurringActive Low-a LOW signal indicates that a logical condition is occurringTruth Table-a circuit card showing the logical operation of a devices outputs based on the devices inputs, such as the f ollowing table for an OR gate described as below1.4 Number SystemsDigital logic may work with 1s and 0s, but it combines them into several(prenominal) different groupingings that form different occur systems. Most of are familiar with the decimal system, of course. Thats a base-10 system in which each digit represents a power of ten. There are some other number system representations,Binary-base two (each bit represents a power of two), digits are 0 and 1, numbers are denoted with a B or b at the end, such as 01001101B (77 in the decimal system)Hexadecimal or Hex-base 16 (each digit represents a power of 16), digits are 0 through 9 plus A-B-C-D-E-F representing 10-15, numbers are denoted with 0x at the beginning or h at the end, such as 0x5A or 5Ah (90 in the decimal system) and require four binary bits each. A dollar sign preceding the number ($01BE) is sometimes used, as strong.Binary-coded decimal or BCD-a four-bit number interchangeable to hexadecimal, except that the decim al value of the number is limited to 0-9.Decimal-the usual number system. Decimal numbers are usually denoted byd at the end, standardized 24d especially when they are combined with other numbering systems.Octal-base eight (each digit represents a power of 8), digits are 0-7, and each requires three bits. It is rarely used in modern designs.1.5 Digital Construction TechniquesBuilding digital circuits is somewhat easier than for analog circuits-there is fewer components and the devices tend to be in similarly sized packages. Connections are less(prenominal) susceptible to noise. The trade-off is that there can be many connections, so it is easy to make a mistake and harder to find them. There are a few visual clues as result of uniform packages.1.5.1 Prototyping BoardsPrototypes is nothing but putting together some temporary circuits, or, as part of the exercises using a common workbench accessory cognise as a prototyping board. A normal board is shown in escort 1 with a DIP in outcome IC plugged into the board across the centre gap. This board contains sets of sockets in rows which are connected mutually for the component leads to be connected and plugged in without soldering. Apart from these outer edges of the board which contains yen rows of sockets are also connected together so that they can be used for ground connections and power supply which are common to most components.Assembling wiring layout on the prototype board should be carried out systematically, similar to the schematic diagram shown.1.5.2 Reading descent ConnectionsIC pins are almost always arranged so that pin 1 is in a corner or by an identifying mark on the IC body and the sequence increases in a counter-clockwise sequence looking down on the IC or chip as shown in Figure 1. In almost all DIP packages, the identifying mark is a dot in the corner marking pin 1. Both can be seen in the diagram, but on any given IC only one is expected to be utilised.1.5.3 Powering Digital LogicWhere analog electronics is usually somewhat conciliatory in its power requirements and tolerant of variations in power supply voltage, digital logic is not nearly so carefree. Whatever logic family you choose, you will pick out to regulate the power supply voltages to at least 5 percent, with adequate filter capacitors to filter out sharp sags or spikes.To provide references to the internal electronics that scent out the low or high voltages and also act on them as logic signals, the logic devices rely on stable power supply voltages. The device could be confused and also misinterpret the inputs if the devices ground voltage is kept away from 0 volts, which in turn causes temporary changes in the signals, popularly known as glitches. It is better to ensure that the power supply is very clean as the corresponding outcome can be very difficult to troubleshoot. A good technique is to connect a 10 100 F electrolytic or tantalum capacitor and a 0.1 F ceramic capacitor in tally across th e power supply connections on your prototyping board.CHAPTER 22. REVIEW AND HISTORICAL ANALYSIS OF ITERATIVE CIRCUITSAs a background inquiry, novel work on repetitious circuits was investigated. In this section, seven main proposals from the literature will be reviewed. The first paper by Douglas Lewin promulgated in (1974, pg.76,277), call Logic Design of Switching Circuits, in this apply he solid grounds that quite ofttimes in combinational logic design, the technique of expressing oral statements for a logic circuit in the form of a truth table is inadequate. He stated that for a simple network, a terminal description will often suffice, but for more complex circuits, and in particular when relay logic is to be employed, the truth table method can lead to a difficult and inelegant solution.2.1 ExampleA logic system could be decomposed into a number analogous replace-systems, because if we could produce a design for the sub-system, or cell, the carry through system cou ld be synthesized by cascading these cells in serial. The outputs of one cell form the inputs to the next one in the chain and so on, each cell is identical except for the first one (and frequently he last one) whose cell inputs must be deduced from the initial conditions. Each cell has extraneous inputs as intumesce as inputs from the preceding cell, which are distinguished by defining the outputs of a cell as its state. Figure 2.1 Iterative Switching SystemsThe second proposal which will b reviewed was presented by Fredrick J. Hil and Gerald R. Peterson make in (1981, pg. 570), titled Introduction to Switching Theory and Logic Design, in this book, they discussed that reiterative network is highly repetitive form of a combinational logic network. The repetitive structure make possible to describe the iterative networks utilizing techniques that already developed for back-to-back circuits, the author in this books he has limited his news to one dimensional iterative networ ks represented by the cascade or identical cells given in below figure. A typical cell with appropriate input and output notation is given in one more figure below (b). Now note the two distinct types of inputs, i.e., special inputs from the outside world and supplemental inputs from the previous cell in the cascade. And similarly and there are two types of outputs, i.e., primary to the outside world and petty(a) to the next cell in the cascade. The boundary inputs which are at the left of the cascade denoted by us in the same manner as secondary inputs. At some cases the inputs will be constant values.A set of boundary inputs emerges from the right most cell in the cascade. although these outputs are to the outside world, they will be labelled in the same manners secondary outputs. The boundary outputs will be the only outputs of the iterative networks.The third proposal by Barri Wilkinson with Raffic Makki, published in (1992, pg. 72-4) titled -digital design principles, in thi s book, they discussed about the design and problems of iterative circuits and stated that, there are some design problems which would require a large number of gates if designed as two level circuits. On approach i.e., is to divide each function into a number of identical sub functions which need be performed in sequence and the result of one sub function is used in the next sub function. A design based around the iterative approach is shown in below figure. There are seven logic circuit cells each cell accepts one code word digit and the output from the preceding cell. The cell produces one output, Z, which is a 1 whenever the number of 1s on the two inputs is mirthful. Hence successive outputs are a 1 when the number of 1s on inputs to that point is odd and the final output is a 1 only when the number of 1s in the whole code word is odd as required.To create an iterative design, the number of cells and the number of data inputs to each cell need to be determined and also the num ber of different states that must be recognized by the cell. The number of different states will define the number of lines to the next cell (usually carrying binary encoded information).The fourth proposal was reviewed by Douglas Lewin and David Protheroe published in (1992, pg. 369),titled Design of Logic systems, in this book, according to them, iterative networks were widely used in the early days of switching systems when relays were the major means of realizing logic circuits. these technique fell into disuse when electronic logic gates widely available. It is possible to implement an arbitrary logic function in the form of an iterative drift, the technique is most often use to functions which are in the sense habitue in that the overall function may be achieved by playing the same operation up to a sequence of a data bits. Iterative cell techniques are particularly well suited to pattern apprehension and encoding and decoding circuits with large numbers of parallel input s.The method is also directly applicable to the design of VLSI circuits and has the advantage of producing a modular structure based on a standard cell which may be optimized independently in terms of layout etc. Circuits containing any number of input variables can easy be constructed by simply extending the network with more cells. they examine the iterative circuits with some examples, although it is possible to implement an arbitrary logic function in the form of an iterative array, the technique is most often applied to functions which are in this sense regular in that the overall function may be achieved by performing the same operation upon a sequence of data bits.Suppose a logic system could be decomposed into a number of identical subsystems then if we could produce a design for the subsystem, or cell, the shade system could be synthesized by cascading these cells in series. Problem Reduced this problem now has been reduced to that of specifying and designing the cell, ra ther than the complete system.The fifth proposal presented by Brians Holdsworth published in (1993, pg. 165-166) titled Digital Logic Design, stated that iterative networks widely used in front the introduction of electronic gates are again of some interest to the logic designers as a result of developments in semiconductor technology. Moss pass transistors which are easily fabricated are used in LSI circuits where these LSI circuits require less space and allow higher packing densities. 1 of the major disadvantages of hard-wired iterative networks was the long propagation delays because of the time taken for signals to ripple through a chain of iterated cells. This is no longer such a significant disadvantage since of the aloofness of the signal paths on an LSI chip are much reduced in comparison with the hard-wired connections between SSI and MSI circuits. However, the number of pass transistors that can be connected in series is limited because of signal degradation and it is necessary to provide intercell buffers to restore the original signal levels. One additional advantage is the structural simplicity and the identical reputation of the cells which allows a more economical circuit layout.A book proposed by Brians Holdsworth and R.C. Woods published in (2002, pg.135), titled Digital Logic Design, in this book, the discussion on the structure has made and stated that iterative network consists of number of identical cells interconnected in a regular manners as shown in figure with the variables X1.Xn are termed as primary input signals while the output signals termed as Z1Zn and another variable is also taken a1an+1 are termed as secondary inputs or outputs depending on whether these signals are entering or leaving a cell. The structure of an iterative circuit may be defined as one which receives the incoming primary data in parallel form where each cell process the incoming primary and secondary data and generates a secondary output signal which is transmitted to the next cell. Secondary data is transmitted along the chain of cells and the time taken to reach steady state is determined by the delay times of the individual cells and their interconnections.According to Larry L. Kinney, Charles .H and Roth. JR, published in (2004, pg.519) titled Fundamentals of Logic design, in this book they discussed that many design procedures used for sequential circuits can be applied to the design of the iterative circuits, they consists of number of identical cells interconnected in a regular manner. Some operations such as binary addition, naturally lend themselves to realization with an iterative circuit because of the same operation is performed on each pair input bits. The regular structure of an iterative circuit makes it easier to fabricate in integrated circuit from than circuits with less regular structures, the simplest form of a iterative circuit consists of a elongate array of combinational cells with signals between cells tr avelling in only one direction, each cell is a combinational circuit with one or more primary inputs and possibly one or more primary outputs. In addition, each cell has one or more secondary inputs and one or more secondary outputs. Then the produced signals carry information about the state of one cell to the next cell. The primary inputs to the cells are applied in parallel that is, they are applied at the same time, the signals then dot down the line of cells. Because the circuit is combinational, the time required for the circuit to reach a steady- state condition is determined only by the delay times of the gates in the cell. As soon as steady state is reached, the output may be read. Thus, the iterative circuits can function as a parallel- input, parallel-output device, in contrast with the sequential circuit in which the input and output are serial. One can think of the iterative circuits as receive its inputs as a sequence in time.Example parallel adder is an example of it erative circuits that has four identical cells. The serial adder uses the same full adder cell as he parallel adder, but it receives its inputs serially and stores the carry in a flip-flop instead of propagating it from cell to cell.The final proposal was authored by JOHN F WAKERLY, published in (2006, pg. 459, 462, 756), titled Digital Design Principles, in this book he quoted that, iterative circuits is a special type of combinational circuits, with the structure shown in below figure. This circuit contains n identical modules, each of which contains both primary inputs and primary outputs and cascading inputs and cascading outputs. The left most cascading inputs which is shown in below figure are called boundary inputs and are connected to fixed logic values in most iterative circuits. The right most cascading outputs are called boundary outputs and these cascading output provides important information. Iterative circuits are well suited to problems that can be solved by a simpl e iterative algorithmSet C0 to its initial value and set i=0Use Ci and Pli to determine the values of P0i and Ci+1.Increment i.If iIn an iterative circuit, the loop of steps 2-4 is unwound by providing a separate combinational circuit that performs step 2 for each value of i.Each of the works reviewed makes an important contribution to improve the disadvantages and problems by iterative circuits, which is lead to improving the iterative circuits, thus it is appealing me to pursue an investigation on the sequential circuits for better understanding about the iterative circuitsCHAPTER 33. OVERVIEW OF DESIGN METHODS FOR ITERATIVE CIRCUITS3.1 Iterative designIterative design is a design methodological analysis based on a cyclic process of prototyping, testing, analyzing, and refining a product or process. Changes and refinements are made, in the most recent iteration of a design, based on the results of testing. The quality and functionality design can be improved by this process. The i nteraction with the designed system is used as a look into for informing and evolving a project, as successive versions in Iterative design.3.2 Iterative Design kneadThe iterative design process may be applied throughout the new product development process. In the early stages of development changes are easy and affordable to implement. In the iterative design process the first is to develop a prototype. In army to deliver non-biased opinions the prototype should be examined by a focus group which is not associated with the product. The Information gained from the focus group should be integrated and synthesized into next stage of iterative design. This particular process must be recurred until an acceptable level is achieved for the user. Figure 3.1 Iterative Design Process3.3 Iterative CircuitsIterative Circuits may be classified as,Combinational CircuitsSequential Circuits.Combinatorial circuit generalized using gates has m inputs and n outputs. This circuit can be built as n different combinatorial circuits, apiece with exactly one output. If the entire n-output circuit is constructed at once then some important sharing of intermediate signals may take place. This sharing drastically decreases the number of gates needed to construct the circuit.In some cases, we might be interested to minimize the number of transistors. In other, we might want a little delay, or we may need to reduce the power consumption. unremarkably a mixture of such type must be applied.In combinational logic design, the technique of expressing oral statements for a logic circuit in the form of a truth table is inadequate. For a simple network, a terminal description will often suffice, but for more complex circuits, and in particular when relay logic is to be employed, the truth method can lead to laborious and inelegant solutions. Iterative cell techniques are particularly well suited to pattern recognition and encoding and decoding circuits with a large number of parallel input s, circuits specification is simplified and large variable problems reduced to a more tractable size, this method is directly applicable to the design of VLSI circuits. It should be pointed out though that the speed of the circuit is reduced because of the time required for the signals to propagate along the network the number of interconnections is also considerably increased. In general, iterative design does not necessarily result in a more token(prenominal) circuit. As the advantage of producing a modular structure, circuits containing any number of input variables can be easily constructed by simple extending the networks with more cells. Suppose for example a logic system could be decomposed into number of identical sub subsystems, then if we would produce a design for the subsystem or a cell the complete system could be synthesized by cascading these cells in series. The problem has now been reduced to that of specifying and designing the cell, rather than the complex system sIn general, we define a synchronous sequential circuit, or just sequential circuit as a circuit with m inputs, n outputs, and a distinguished clock input. The description of the circuit is made with the help of a state table with latches and flip-flops are the building blocks of sequential circuits.The definition of a sequential circuit has been simplified as the number of different states of the circuit is completely determined by the number of outputs. Hence, with these combinational circuits we are going to discuss a normal method that in the worst case may waste a large number of transistors For a sequential circuit with m inputs and n outputs, our method uses n D-flip-flops (one for each output), and a combinatorial circuit with m + n inputs and n outputs.3.4 Iterative Circuits-ExampleAn iterative circuit is a special type of combinational circuit, with the structure shown, The above diagram represents the iterative circuits and this circuit contains n identical modules each o f which has both primary inputs and outputs and cascading inputs and outputs. The left most cascading inputs are called boundary inputs and are connected to fixed logic values in most iterative circuits. The right most cascading outputs are called boundary outputs and usually provide important information.Quiet often in combinational logic design, the technique of expressing oral statements for a logic circuit in the form of truth table is inadequate. Iterative circuits are well suited to problems that can be solved by an algorithm i.e iterative algorithmSet C0 to initial value and set i to 0.Use Ci and Pli to determine the values of P0i and Ci+1.Increment i.If i In an iterative circuits, the loop of steps 2-4 is unwound by providing a separate combinational circuit that performs step 2 for each value of i.3.5 Improving the testability of Iterative CircuitsAs stated by A.Rubio et al, (1989, pg.240-245), the increase in the complexity of the integrated circuits and the inherent incre ase in the cost of the test carried out on them are making it necessary to look for ways of improving the testability of iterative circuits.The integrated circuits structured as iteration of identical cells, because their regularity have a set of advantages that make them attractive for many applications. Among these advantages are their simplicity of design, because the structural repetition of the basic cell, manufacturing, test, fault tolerance and their interest for concurrent algorithmic structure implementation. Here in this journal we also study about the testability of iterative circuits the below figure illustrates the typical organization of an N-cells iterative unidimensional circuit (all the signals go from left to right) however the results can be extended to stable class of bilateral circuits.The N cells have identical functionality. Every cell (i) has an external input yi and an internal input xi coming from the previous cell (i-1). Every cell generates a circuit outp ut signal yi and an internal output xi that goes to the following cell (i+1).The following assumptions about these signals are considered belowAll the yi vectors are independent. notwithstanding the x1, y1, y2.yn signals are directly controllable for test procedures.Only the y1, y2 yn signals are directly observable.The xi and xi signals are called the states (input and output states respectively) of the ith-cell and are not directly controllable (except xi) neither observable (except xn).Kautz gives the condition of the basic cell functionality that warrants the exhaustive testing of each of the cells of the array. These conditions assure the controllability and observability of the states. In circuits that verify these conditions the length of the test increase linearly with the number of cells of the array with a resulting length that is substandard to the corresponding length for other implementation structures.A fundamental contribution to the easy testability of iterative cir cuits was made by Freidman. In his work the concept of C-testability is introduced an iterative circuit is C-testable if a cell-level exhaustive test with a constant length can be generated. This means the length is independent of the number of cells composing the array (N). The results are generalised in several ways. In all these works it is assumed that there is only one faulty cell in the array. cellphone level stuck-at (single or multiple) and truth-table fault models are considered. The set T of test vectors of the basic cell is formed by a sequence (what ever the order may be) of input vectors to the cell.Kautz proposed the cell fault model (CFM) which was adopted my most researchers in testing ILAs. As assumed by CFM only one cell can be faulty at a time. As long as the cell remains combinational, the output functions of the faulty cell could be bear upon by the fault. In order to test ILA under CFM every cell should be supplied with all its input combinations. In Addition to this, the output of the faulty cell should be propagated to some primary output of the ILA. Friedman introduced c-testability. An ILA is C-testable if it can be tested with a number of test vectors which are independent of the size of the ILA.The target of research in ILA testing was the derivation of necessary and sufficient conditions for many types of ILAs (one dimensional with or without vertical outputs, two-dimensional, unilateral, bilateral) to be C-testable. The derivations of these conditions were based on the study of flow table of the basic cells of the array. In the case of an ILA which is not C-testable modifications to its flow table (and therefore as to its internal structure) and/or modifications to the overall structure of the array, were proposed to make it C-testable. Otherwise, a test set with length usually proportional to the ILA size was derived (linear testability). In most cases modifications to the internal structure of the cells and/or the overall stru cture of the ILA increase the area busy by the ILA and also affect it performance.ILA testing considering sequential faults has been studied, sequential fault detection in ripple carry adders was considered with the target to construct a shortest length sequence. In sufficient conditions for testing one dimensional ILAs for sequential faults were given. It was not shown that whenever the function of basic cell of an ILA is bijective it can be tested with constant number of tests for sequential faults. To construct such a test set like this a procedure was also introduced.The following considerations from the basis of our work. Many of the computer assist design tools are based on standard cells libraries. While testing an ILA, the best that can be done is to test each of its cells exhaustively with respe

Henry David Thoreau - Conservationist, Visionary, and Humanist :: Biography Biographies Essays

heat content David Thoreau - Conservationist, Visionary, and Humanist         He spent his life in voluntary poverty, enthralled by the study ofnature.  deuce years, in the prime of his life, were spent living in a shackin the woods near a pond.  Who would choose a life alike(p) this? atomic number 1 DavidThoreau did, and he enjoyed it.  Who was Henry David Thoreau, what did hedo, and what did others think of his work?         Henry David Thoreau was born in Concord, Massachusetts on July 12,1817 (Thoreau 96), on his grandmothers farm.  Thoreau, who was ofFrench-Huguenot and Scottish-Quaker ancestry, was baptized as David HenryThoreau, but at the age of twenty he legally changed his name to HenryDavid.  Thoreau was raised with his older child Helen, older brother John,and younger sister Sophia (Derleth 1) in genteel poverty (The 1995 GrolierMultimedia Encyclopedia 1).  It quickly became evide nt that Thoreau wasinterested in literature and writing. At a young age he began to showinterest writing, and he wrote his first essay, The Seasons, at thetender age of ten, while attending Concord Academy (Derleth 4).         In 1833, at the age of sixteen, Henry David was admited to HarvardUniversity, but his parents could not afford the cost of tuition so hissister, Helen, who had begun to teach, and his aunts offered to help.  Withthe assistance of his family and the beneficiary funds of Harvard he wentto Cambridge in August 1833 and entered Harvard on kinsfolk first.  HeThoreau stood close to the top of his class, but he went his own way toomuch to reach the top (5).         In December 1835, Thoreau decided to digress Harvard and attempt toearn a living by teaching, but that only lasted about a month and a half(8).  He returned to college in the crash of 1836 and graduated on August 16,1837 (12).&n bsp Thoreaus years at Harvard University gave him one great gift,an introduction to the world of books.         Upon his return from college, Thoreaus family found him to be lesslikely to accept opinions as facts, more argumentative, and inordinatelyprone to shock people with his own independent and unconventional opinions.During this time he discovered his secret desire to be a poet (Derleth 14),but most of all he wanted to live with freedom to think and act as hewished.         Immediately after beginning from Harvard, Henry David applied fora teaching position at the public school in Concord and was accepted.However, he refused to flog children as punishment.  He opted kinda to

Insincerity is a Lie :: Communication Emotions Essays

Insincerity is a Lie Aaargghhhh Ughh. Daggonit That freakin hurts. Etc, etc, etc Leesa the lovely roommate exclaimed. Are you alright? I chimed in a slow, mechanical, utterly unfeeling response from my bedroom. You see, Leesa always has a gripe and complain. She seemed to think that her experience of putting in a nose ring qualified as even so another reason to distract the entire apartment from homework, and simply our own peaceful lives at the moment, and engage us in sympathies for her all-important life. Leesa now receives the forethought of insincere roommates as to not drain us of our sanity and energies that should not be interrupted every two minutes to help her with things, and to ask her to distend upon her frequent gripes and complains about life. Granted, the girl has had a rough life, but the constant request for attention wears on usThe falsity of the response in this space arose from the fact that the situation was predictable and allowed for a mechanical reaction. The caring reply to Leesas distress cries came from someone that did not care. In this way, insincerity is a fulgent lie. I did not really want to hear her elaborate upon the situationto tell me that she was not alright and why. I knew Leesa was complaining about another of her comprehend life crisis. I knew what she would say in response to Are you alright?. She would tell me that indeed, as she had just been yelling, something that she did to herself, maybe bumped her knee or hit her head, hurt. The insincerity backing my words to Leesa allowed for her to do what she wanted to do. Insincere responses serve purposes well when the goal of the person eliciting the response is accomplished in the process. Leesa only wanted to spill out loud to express her importance and let her existence be known to everyone in the apartment. It let Leesa know where everyone in the apartment was located ( Laura, bedroom, Jenny, kitchen) and perhaps what the y were doing while she was putting her nose ring in. It gave Leesa control because a response would center all action in the apartment on her.