Xtras Web Based System Project Case Study Example | Topics and Well Written Essays - 4500 words

Xtras Web Based System Project - Case Study Example Company has local net worked PCs for the eight full time staff. They also have two part time employees appointed. As the recessions took the toll of the company’s revenue lately, company has decided to come up with an idea of internet web page to offer and sell all products in order to generate the income. They also aimed this eBusiness project to help collect more market data and thus improve the customer service. Keeping it in view an independent study was carried out by an external e-business consultant six months ago. The study came up with the following conclusions such as a) Staff lack the IT skills use the new system, b) Staff fearful of changes in job roles and responsibilities, c) introduction of e-business will require restructuring, d) IT system will lead to increased market share, e) new marketing strategy will be required, and f) staff afraid management may use IT system to make staff redundant. Since the company was running in loss, the company has decided to develop a web based ecommerce platform as early as possible. They worked based on a project of designing, developing and implementing the web based business system. They raised fund allocated money for furnishing and purchasing to develop the web based system. The project plan has been presented in the following task.

Should Stem Cell Research be Unbound Proposal Example | Topics and Well Written Essays - 4250 words

Should Stem Cell be Unbound - Research Proposal Example Spinal cord injuries and Parkinson's disease are two examples that have been championed by high-profile media personalities (for instance, Christopher Reeve and Michael J. Fox). The Coalition for the Advancement of Medical Research estimates that stem cell research shows promise to develop cures and/or new treatments for 100 million Americans who currently suffer from a wide variety of diseases and disorders. There are several types of issues to consider as we reflect upon stem cell research. ... Many frame the debate about stem cell research around the question of "when life begins," although the issue is not when life begins, but when personhood begins and ends. Human life began millions of years ago when our ancestors reached a stage of evolutionary development that permitted the separate species, Homo sapiens to arise. Human life will end when our species becomes extinct. Stem cell research is a controversial issue in America as, with the present state of technology, the creation of a human embryonic stem cell line requires the destruction of a human embryo. Stem cell debates have motivated and reinvigorated the pro-life movement. There has been a deep and bitter dispute over the conduct of this research; many pro-lifers, for instance, Roman Catholics and conservative Protestants, have opposed this research. According to them, the embryos from which these stem cells are extracted are actually individual entities and have a soul to them. Since the embryos are killed when the stem cells are removed, or stored for long periods of time, long past their viable storage life, pro-lifers view the extraction procedure as murder. In the United States alone, there have been estimates of at least 400,000 such embryos. However, not everyone is opposed to stem cell research. Many groups that even protest it are comfortable with certain forms of cell research. Plent y of experiments and tests have been carried out to determine improved and more efficient ways of saving lives and replacing organs, without having to kill â€Å"pre-embryos.†

ExxonMobil Case Essay Example for Free

ExxonMobil Case Essay 1. Provide a brief description of the industry. â€Å" ExxonMobil has evolved over the last 125 years from a regional marketer of kerosene in the U.S. to the world’s largest publicly traded international oil and gas company.† Providing energy helps stabilize economies and improve living standards worldwide. Today, ExxonMobil operates in most of the world’s countries and is best known by familiar brand names: Exxon, Esso and Mobil. ExxonMobil creates products that compel modern transportation, power cities, lubricate industries and provide petrochemical building blocks that contribute many consumer goods. ExxonMobil is an extremely large industry providing 9.2 million jobs, and 5.3% of the U.S. employment. The labor income is $533.5 billion, and 6.0% of U.S. labor income. ExxonMobil operates in 77 countries worldwide, and employs 82,100 employees (Exxon Mobil Corporations, 2003-2012). 2. Outline a recruiting and selection strategy for your selected MNE that could be used to effectively meet organizational requirements for operating in multiple countries. The HRM staffing selection by ExxonMobil appears to be geocentric. A strategy that is valuable for the success of the organization because it enables the development of a global perspective. In addition, this tactic has generated an internal pool of labor. The organization has many successful years of working with governments and partners to deliver on their pledge of performance. ExxonMobil focuses on integrating local knowledge and experience of its partners with global capabilities to deliver outstanding results and benefits. ExxonMobil has a proven record of job creation, outstanding training and career development for national staff, support for local industry and community investment. ExxonMobil brings the advantage of established business management and support systems and experienced support staff to all i ts partnerships. The company is organized along functional lines, with each global company specializing in a particular sector of the oil, gas, and chemical businesses. The organizational structure is designed to encourage the employment of people with diverse skills quickly and effectively worldwide. In the selection of an expatriate, IHRM should consider cross-cultural suitability, family requirements, technical ability, and language to be primary factors. ExxonMobil takes pride in being an equal employment opportunity. Multinationals must resolve any issues of equal employment in all its locations. The various laws must be considered, and therefore ExxonMobil has established â€Å"The Standards of Business Conduct†. â€Å"It is the policy of Exxon Mobil Corporation to provide equal employment opportunity in conformance with all applicable laws and regulations to individuals who are qualified to perform job requirements regardless of their race, color, sex, religion, national origin, citize nship status, age, genetic information, physical or mental disability, veteran or other legally protected status. The corporation administers its personnel policies, programs, and practices in nondiscriminatory manner in all aspects of the employment relationship, including recruitment, hiring, work assignment, promotion, transfer, termination, wage and salary administration, and selection for training. Managers and supervisors are responsible for implementing and administering this policy, for maintaining a work environment free from unlawful discrimination, and for promptly identifying and resolving any problem area regarding equal employment opportunity.† In addition the company incorporates other special policies that include: develop and support educational programs, and policies that facilitate employment of minorities and women. Arrangements that help meet the needs of the diverse work force and balance work and family obligations. The company encourages training and development efforts, practices, and programs that support diversity in the work force that represent minorities and women. A work force is promoted free of sexual, racial, and other harassment. Accommodations for the disabled and the management responsibility in all matters are emphasized at every level or the organization. It appears ExxonMobil has adopted a formal open typology. This process would promote the continued success of the organization with: clearly defined criteria and measures, training, open advertising for vacancies, and panel discussions (Exxon Mobil Corporations, 2003-2012). 3. Outline a training and development strategy for your selected MNE that could be used to effectively meet organizational requirements for operating in multiple countries. In order for an established organization like ExxonMobil to train and develop a qualified staff, HR management must play a critical role. Special universities should be development for Exx onMobil like McDonald’s and Motorola with in-house training facilities. This allows for the important training and development. ExxonMobil already focuses on cultural awareness and technical ability. As HRM this training would be intensified. International teams would be developed in an effort to encourage innovation and transfer knowledge. In addition, teams may breakdown functional and national boundaries, enhance communication, develop a global perspective, and develop shared values (Peter J. Dowling, 2010). 4.Outline a compensation strategy for your selected MNE that could be used to effectively meet organizational requirements for operating in multiple countries. IHRM should recognize the correlation of compensation and performance. IHRM must ensure that the compensation policy is consistent with the overall company’s policies. Compensation must also be competitive and provide excellent incentives. IHRM compensation strategy would include: above average salaries, competitive benefits, opportunity for financial advancement, opportunity for career advancement, provide assistance for any adjustment issues such as: housing, family, education, daycare, and repatriation. The Balance Sheet approach would compensate expatriates. This approach helps the employee maintain the living standards they are accustomed to, in addition, to providing the associate with a financial inducement. The balance sheet approach allows for personal goods (food, personal care, clothing, furniture, transportation, and health care), housing, income taxes, and reserves (which include savings, benefit payments, contributions to pensions, education expenses, investments, etc. Balance sheet approach offers several advantages that include: equity facilitates re-entry, and it is easy to communicate (Peter J. Dowling, 2010) .

Developing Sensor Technology

Developing Sensor Technology Abstract The need for sensor devices has been growing to develop new applications in several technological fields. The current state-of-the-art of this sensor technology used in modern electronic nose designs to operate in a different manner. The chamber of the E-Nose sensor is to be upgraded mainly for reducing the nuisance alarms and to improve reliability to detect smoke which is caused by fire and non-fire particles. This paper gives a brief state of the art of different fire and non-fire particles that emits smoke and various chemical gas sensors used to detect smoke and a fire detection algorithm. Keywords- Sensors; Smoke; Electronic-Noses; Fire Detection Algorithm fire particles; non-fire particles Introduction The conception of an electronic nose could appear sort on an up-to-date technology. Scientists initial developed a synthetic nose within the 1930’s that used sensors to measure levels of ultra-violet light found in mercury. Currently these devices are employed in numerous technological fields for various applications. Presently these devices used as trendy fireplace detection frameworks for the simultaneous estimations of carbon monoxide gas (CO), carbon dioxide (CO2), and smoke. The concentration of the rates of CO and CO2 in smoke offers a path to cut back the frequency of nuisance alarms so as to extend the reliability of smoke detectors. The sensors that square measures incorporated during this fireplace sighting system at the side of fire detection algorithmic rule detect smoke that is caused by fire or non-fire particles, and alarmed accordingly. Previous fire detection systems used sensors for measuring temperature, smoke, and combustion products which include oxygen (O2), carbon monoxide (CO), carbon dioxide (CO2), water vapor (H2O), hydrogen cyanide (HCN), acetylene (C2H2), and nitric oxide (NO) but they does not give any reliable results. Some used Gas Chromatography – Mass Spectrometry (GC-MS) along with Fourier Transform Infrared (FTIR) Spectroscopy analyzed smoke [1]. Advances in fire detection systems are being sought to decrease the detection time and the frequency of unnecessary alarms. Most of the research works done with the Multi-Sensor Detectors for accomplishing these goals because there may have some trouble in using smoke detectors with a single sensor to discriminate the smoke produced from fire and non-fire sources. The 95% frequency of unnecessary alarms reported by smoke detectors during the 1980’s in the U.S. is due to that limitation. Section 1 briefly introduces the Fire Detection System incorporated in an Electronic-Nose and different Gas Sensors that detects smoke in Section 2. Later, section 3 gives a brief description about the Fire and Non-Fire Particles and how the sensory system is designed in an E-Nose for preventing Fire accidents in section 4. Finally, we concluded in Section 5. Chemical Gas Sensors The environment needs to be monitored [2] time to time as many accidents took place lack of it. So in order to control the Industrial Process, Chemical Sensing Technologies has been emerging out to mainly emphasize on Control of combustion processes (oxygen) Flammable gases in order to protect against Fire Explosion. Toxic gases for environmental monitoring. Solid Electrolyte Sensor SE sensor [3] [4] is based on the principle of electrochemical gas detection, which is used to detect chemicals or gases that can be oxidized or reduced in chemical reactions. It mainly contains three electrodes: A sensing or working electrode which reacts when gas is available by either oxidizing or reducing the target gas. A counter electrode which provides a comparing converse response to that occurring at the sensing electrode so as to provide a net current stream. A reference electrode that stays unaffected by the chemical reactions occurring on the sensing and counter electrodes and provides a stable potential against which measurements are frequently created. Figure 1. Solid Electrolyte Sensor SEC sensors (Figure 1) used in millions of vehicles to monitor the exhausted gases and minimize the toxic emissions. Thermal-Chemical Sensors Thermal-chemical sensors [2] works on principle that there will be a change in temperature (à ¢Ã‹â€ Ã¢â‚¬  T) when heat energy is released or absorbed (à ¢Ã‹â€ Ã¢â‚¬  Eh). The pellistor is the most common thermal-chemical sensor (other thermal sensors are based on either on thermistors or on thermopiles). They are used for monitoring of combustible gases. Figure 2.Thermal-Chemical Sensors Gravimetric Chemical Sensors They are also known as piezoelectric sensors [5]. They are of two types used for gas sensing – Surface Acoustic Wave (SAW) device and the Quartz Crystal Micro Balance (QCM) as in Figure 4. Figure 3. SAW Device Figure 4. Quartz Crystal Balance SAW device produces a surface wave that travels along the surface of the sensor while the QCM produces a wave that travels through the bulk of the sensor as shown in Figure 3. Both work on the principle that a change in the mass of piezoelectric sensor coating due to gas absorption results in a change in the resonant frequency of exposure to a vapor. Conducting Polymer Sensor: Conducting polymers [2] are plastics and they change their resistance while they adsorb or desorb specific chemicals (Figure 5). The adsorption of these chemicals mainly emphasized on the polarity (charge) and their molecular structure (shape and size). Figure 5. Conducting Polymer Sensor Due to their high sensitivity, low price and rapid response time at room temperatures, Conducting Polymer Sensor best suits for chemical sensing. IR Spectroscopy Sensors: The Spectroscopic Sensors [2] determine the concentration of several gases at a time and they work on the principle that all the gases interfere and adsorb infrared spectrum at specific wavelengths due to their natural molecular vibration. Some systems with narrow band interference filters or laser light sources for a specific gas (like CO2) are termed as monochromatic systems. Figure 6. IR Spectroscopy Sensors In the above Figure 6, some concentration of CO2 present in the sample gas is absorbed by the infrared detector at a wavelength of 4.3 ÃŽ ¼m while an infrared light periodically emitted from the light source. These sensors are most suitable for CO2 gas and shows low cross-sensitivity with different gasses and are moderate at the reaction, fairly good at accuracy and linearity but are cumbersome and costly. Optical Fiber Sensors The optical fiber utilized as a locality of those sensors [6] is coated with fluorescent dye. On association with the vapor, the Polarity variations within the fluorescent dye will changes the dyes optical properties such as wavelength shift in fluorescence, intensity and spectrum changes. These optical as in Figure 7 changes are used as the retaliation mechanism for gas. Figure 7. Optical Fiber Sensor Optical gas sensors are mostly used to detect concentrations of ammonia (NH3). They have very fast response times, short of what 10 micro sec for sampling and analysis and are compact; lightweight can be multiplexed on a single fiber network, immune to electromagnetic interference (EMI) and can operate in high radiation areas. MOSFET Sensors: The metal oxide semiconductor field-effect transistor (MOSFET) sensors [4, 7] based on a change of electrostatic potential. They comprise of three layers, they are catalytic metal also called the gate (palladium), a silicon oxide insulator (platinum) and a silicon semiconductor (iridium or rhodium) as in Figure 8. When polar compounds interact with this metal gate, the current flowing through the sensor is modified. Figure 8. MOSFET Sensor [7] As no hydrogen atoms are released, molecules such as ammonia or carbon monoxide cannot be detected with a thick metal layer. But it can be possible to detect them when the metal gate is thinned. These MOSFET sensors or MOS sensors are very robust and have a relatively low sensitivity. E-Nose as Fire Detection System An electric or artificial nose can sense different types of chemicals and even distinguish particles not only for identifying individuals, but also used for the detection of fire. They work on the principle that smoke is made up of different chemical compounds. These devices consist of dozens of sensors that sense different types of chemical compounds found in the air. Some of the chemicals that cause smoke leads to flames are discussed below. Smoke It is a collection of solid and liquid particulates in air and emits gases when a material undergoes combustion or pyrolysis [8]. This is a commonly an unwanted by-product of fires (including candles, stoves, fire ramp and oil lamps), but may also be used for fumigation i.e., pest control. Smoke signals is communication for long distances like smoke signals to transmit signals, news or to indicate the people to gather in a place, offensive and defensive capabilities in the military (smoke-screen), cooking, or smoking like marijuana, tobacco and etc.). Heptane: It is a non-polar solvent and minor component of gasoline [9] with chemical formula H3C (CH2)5CH3 or C7H16. This is a colorless liquid and very hazardous chemical that appears which sense like petrolic odor. The structure of Heptane is shown in Figure 9. Figure 9. Heptane Structure It is commercially available as mixed isomers for use in paints and coatings and mainly applied in pharmaceutical manufacturing laboratories and for research development. It has a melting point at −91.0 to −90.1 °C; −131.7 to −130.3 °F; 182.2 to 183.0K Toluene It is a fragrant hydrocarbon (Its IUPAC deliberate name is methylbenzene) [10] is broadly utilized as a solvent and as an industrial feedstock. It is a water-insoluble clear liquid with the typical smell of paint thinners. In some cases toluene is also used as an inhalant drug for its intoxicating properties; on the other hand, breathing in toluene can possibly cause serious neurological damages. Figure 10. Toluene Structure Toluene (Figure 10) is principally utilized as a precursor to benzene. The second positioned application includes its disproportionation to a mixture of benzene and xylene. Methanol Methanol is the simplest alcohol, and is a light, unstable, colorless, ignitable fluid with a unique smell as same as to, however marginally sweeter as that of drinking alcohol which we called as ethanol [11]. It is otherwise referred as methyl alcohol, wood alcohol, which is produced as a by-product of the destructive distillation of wood, wood naphtha or wood spirits, with the formula CH3OH for the structure in Figure 11 (often abbreviated MeOH). Figure 11. Structure of Methanol It is likewise utilized for delivering biodiesel by means of transesterification response. At room temperature, it is a polar fluid, and is utilized as a liquid catalyst, dissolvable, fuel, and as a denaturant for ethanol. Methanol is created regularly in the anaerobic metabolism of numerous mixtures of microbes, and is normally present in little sums in the earth. HDPE Beads High Density Poly Ethylene Beads [1] are white hermoplastic base resin and looks like wax and have the properties of electric wire. Figure 12. HDPE Beads HDPE Beads in the above Figure.12 used for extrusion packaging film, rope, woven bags, fishing nets, water pipes; injection of low-end commodity and housing, non-bearing load components, plastic box, turnover box; extrusion blow moulding containers, hollow products, bottles and it has society of plastic industry resin ID code is 2. Mixed Plastics Blended plastic [12] shown in Figure 13 is a term that covers all non-container plastic bundling sourced from the wastage of households, and it incorporates inflexible and adaptable plastic things of different polymer types and shades. It excludes plastic bottles and non-packaging items. Figure 13. Mixed Plastics Dry Ice: Figure 14 shows that it is the strongest manifestation of Carbon dioxide and fundamentally utilized as a cooling agent. It transmutes at −78.5  °c (−109.3  °f) at Earth atmospheric pressures. This great frost makes the strong perilous to handle without protection due to burns caused by freezing (frostbite). It is referred as Card ice [13]. Figure 14. Dry Ice Fire Detection Mechanism in E-Nose A Novel technique should be employed in E-Nose to respond immediately whenever the fire accidents took place [14]. The main objective of this mechanism is to reduce the nuisance alarms. Several experiments are conducted on various materials that causes smoke and observed how the materials go on burning while ignited them. The table 1 indicates that the ignition method and fire type (how the material burns) of the particular material which causes fire. Every E-Nose contains a sensory system (two components in E-Nose one is sensory system and the other component is a pattern recognition system [15]) and we need to enhance it so that it can be used as the fire detection system. In the sensory system, one among the above mentioned gas sensors are selected such that they detects particular material’s smoke and according to the classification algorithm and differentiate it whether the smoke is from fire and non-fire particles. Table 1: List of Particles Causes Fire The following Figure 15 shows the internal design of sensory system to be deployed in the E-Nose for reducing nuisance alarms as well as to react accordingly to the material that causes a fire. Figure. 15: Mechanism of Fire Detection System Based on type of these chemical compounds, the system can give information to the clients about the Fire and Non-Fire particles [16]. The system will perform the perfect action by ringing alert and empowers the fire extinguisher to keep the spreading of kindle to some degree by grouping fire and non-fire particles. The accompanying Table 2 gives the brief description of distinct fire extinguishers feasible in the market. Table 2: Types of Fire Extinguishers Where each Extinguisher specifies the classes of fires and they are listed below gives the details of their contents for which they belong to. Table 3: Classes of Fire Conclusion and Future Work Presently many more fire accidents are taking place and most of them are regarded as nuisance alarms i.e., the sensors that detect smoke will ring the alarm even though it is not necessary. In order to overcome this problem, this paper provided a novel technology that which holds the potential to give numerous benefits in terms of fire accidents like to reduce the nuisance alarms and to increase the reliability of the sensors. This mechanism not only reduces the false alarms, but also prevents the danger by enabling the in-built extinguisher whenever the fire particle is sensed. In future, we have a tendency to develop the precise classifier algorithm to distinguish the smoke from fire and non-fire particles.

Under what conditions would it be appropriate to use a process Essays

Under what conditions would it be appropriate to use a process costing system? Process costing system can be used in industries that produce essentially homogenous products on a continuous basis, such as bricks and paper. 2. In what ways are job-order and process costing similar? Job-order and process costing are similar in three ways that the book declares. One, both systems have the same basic purposes- to assign materials, labor, and overhead to products and to provide a mechanism for computing unit product costs. Second, both systems use the same basic manufacturing accounts, including Manufacturing Overhead, Raw Materials, Work In Process, and Finished Goods. Third, the flow of costs through the manufacturing accounts is basically the same in both systems. 3. Costing are accumulated by job-order costing system; how are cost accumulated in a process costing system? Under process costing, costs are accumulated by department, rather than by order, and assign these costs uniformly to all units that pass through the department during a period. 4. What two essential features characterize any processing department in a process costing system? The first feature is the activity performed in the processing department must be performed uniformly on all units passing through it. The second feature is the output of the processing department must be homogeneous. 5. Why is cost accumulation easier in a process costing department in a job-order ...

Rotation of the letter R :: Essays Papers

Rotation of the letter "R" Psychologists have been interested in the processes that go on in the mind for centuries. However, a new method for assessing the various processes emerged in the 1970's. Several researchers predicted that mental imagery was treated by the brain similarly to actions performed on physical objects. Thus, performance in tasks involving inspection, rotation, and comparison of mental images according to size should be similar to results obtained using actual objects. Kosslyn, Ball, and Reiser (1978) asked participants to scan a mental map after studying a map of an island with several landmarks. They predicted that the further the distance between the landmarks, the longer it would take participants to scan from one to the next, whether using the actual map or a mental image created by intensive study. Their hypothesis was supported by their results. The closer positions took less time to locate on the participant' mental maps than the more distant places. In 1973, Cooper and Shepard asked participants to perform a mental rotation task. They gave the participants an image, and asked them to rotate it mentally by a certain angle, and then match the rotated image with one of several choices. Their prediction was that the greater the angle of rotation, the longer the task would take. This was because it would take longer to physically rotate a figure more degrees than fewer degrees. The evidence supported this hypothesis: The closer the angle is to 180 degrees, the longer the reaction time. Angles greater than 180 degrees do not take longer because the subject will rotate it in the other direction. So the angle distance from 180 degrees, called the angle of disparity, is directly related to the reaction time. The experiment done by the class involves looking at the letter "R" on a computer screen, and determining whether it is forward or reverse. The "R" is rotated at varying degrees, and participants must mentally rotate the "R" in order to determine whether it is forward or reversed. A forward "R" is the letter "R" in its usual orientation. The reversed "R" is backwards from its usual position. There were several predictions made by the class before the experiment was run. The highest reaction time was predicted to be at the 180 degrees condition, with the lowest reaction time at 0 degrees, increasing in both directions toward 180 degrees. Also, the average reversed-figure reaction time was expected to be higher than the average normal time.

Language Manipulators Essay

UNMIK regulations clearly state that English is the official language, and any translations to Albanian, Serbian or otherwise are done as a â€Å"courtesy. † This means that all official correspondence including contracts, their exhibits and notifications must be accomplished in English, otherwise they are not valid. The following is a typical example drawn from a contract between UNMIK and a local Kosovar company. â€Å"Article VIII: Miscellaneous Provisions, section DD. English Language, states: â€Å"This Contract is written in the English language and executed in 4 counterparts plus 4 drafts in Albanian language and 4 drafts in Serbian language. It shall be construed and interpreted in the English-language version, which shall govern. Any translation into another language is provided as a matter of courtesy. † The ignoring of Kosova’s majority of 90% ethnic Albanians, and the imposition of English as the â€Å"legal† language in Kosova has created extreme difficulties, hardships and has placed Albanian Kosovars at a significant disadvantage and vulnerability, which UNMIK organizations and others have capitalized on, to the detriment of Kosovar businesses and organizations. In the United States, following the end of the civil war, individuals that came to the South and took advantage of the war-torn situation and people came to be known as â€Å"Carpet Baggers† because of the luggage they carried. As we are in a similar position, perhaps we should recognize the effective negative manipulation of Kosovars by UNMIK and Internationals by referring to them as â€Å"Language Manipulators. † The â€Å"Power† given to the English language requirement by UNMIK is being misused daily, and it enters into all forms of community action, business and our government. Just imagine if UNMIK and KFOR had to carry out it duties, and daily living using a language that the great majority of people cannot speak or write, and their actions were legally determined and evaluated by this â€Å"foreign† language. It is clearly understandable to utilize the English language within the operations of the International community, the United Nations (UN), as this has been so for quite some time. However, since UN has set precedence by creating UNMIK as the first government of a region following a war, it is unrealistic to continue to impose a foreign language on the operations of Kosova’s people. UNMIK, according to UN Regulation 1244 (1999) is supposed to be aiding the establishment of â€Å".. provisional democratic self-governing institutions to ensure conditions for a peaceful and normal life for all inhabitants of Kosovo,† and it is ludicrous to state this aim while insisting on the â€Å"legal† use of the English language. In an effort to correct the daily injustice and outright manipulation of the Kosovar people, the following corrective action needs to be implemented immediately. (1) That UNMIK, through regulations and law, recognize the Albanian Language as the Official Language of Kosova, in any and all communications and contractual negotiations and legal actions; and that the Serbian Language be also recognized as a valid language when ethnic Serbs are involved in contractual and other legal ventures with UNMIK and/or others operating fully within the borders and governing process of Kosova. OR (2) That UNMIK establish an independent organization of qualified English & Albanian speaking attorneys, one or more of which would be appointed, at the expense of UNMIK, and not drawn from the Kosova Budget, to each and every Albanian organization or corporation that must enter into contractual arrangements with UNMIK. This is necessary so long as UNMIK insists that the non-native language of English is the Legal Language over the native Albanian language of Kosova. Furthermore, no contract or agreement entered into with UNMIK shall be deemed valid in any manner if this assistance is not provided during negotiations and through the final signing of the contract or agreement. A â€Å"Double Edged Sword† Well, what do you think about the presentation so far? Does the imposition of English being the official language of Kosova make you angry, or sympathetic to the problems of the Albanian businessman, or Government Officials? Do you see â€Å"Unfairness† in it all? Are you upset with the â€Å"Language Manipulators† for taking advantage of ethnic Albanians? And which solution would be preferable to you; (1) where Albanian becomes the official language immediately, or (2) where there is an independent English Speaking support organization? If you feel that number (1) is the best option at this time, then I ask that you carefully reconsider your position as we continue the discussion. There is another side to the ingenuity of the â€Å"Language Manipulators,† and that is their passive support of the ethnic Albanian’s continued use of the Albanian Language in all aspects of their private and public life. The â€Å"Language Manipulators† are very pleased that there is no English news on TV or radio, and not one of the local papers has any English articles and we can only find job announcements for NGOs in English. And they are especially pleased that demonstrations and protests â€Å"boycott† the use of English, and are done in the Albanian Language. We see that, because UNMIK forces the English Language in official matters, many Albanians â€Å"rebel† and fight against using English, keeping it out of their newspapers, TV and radio. Just think for a moment. On the one hand they are imposing English as the â€Å"official† legal language in Kosova, creating problems and taking advantage of Albanian businessmen, but on the other hand they are â€Å"pleased† that no English is being used in Kosovar daily life, and they encourage pride in the Albanian Language. Do you see the beauty in this strategy yet? The simple fact is that those who don’t support the Independence of Kosova want ethnic Albanians to keep speaking and writing in Albanian, and to ignore the use of the English Language! English is the language of world business and western politics, and if Albanians begin using English effectively, the â€Å"truth† about Kosova could be heard by the English Speaking world, such as the United States of America. And we thought the American â€Å"Carpet Baggers† were clever and nasty in their dealing with people in the South following the civil war. â€Å"Language Manipulators† are very clever in their large-scale use of an age-old manipulation. If you don’t want someone to have or do something, then tell him or her they â€Å"must† have it or use it. We all tend to rebel against anything that is forced on us, and if we are not careful, we will be manipulated out of the very thing we want or need. And in this case, the â€Å"forcing† of the English Language on the Albanian people in Kosova is blinding them to the fact that this is the very thing they need if they are to survive and gain their full Independence. In this modern world, and in the current circumstances that Kosova finds itself in, the proficient use of the English language is the only way to get the truth beyond the borders of Kosova, to gain allies and support, and to develop the skills necessary to succeed in business and politics.