Analyse the global supply chain of the company Essay

Analyse the global supply chain of the company - Essay Example As per the five forces analysis, there is intense competitive rivalry present within the industry along with high bargaining power of suppliers. The core competency of the firm is its high quality product with exceptional customer service. According to game theory, the company can gain temporary advantage through focusing on unique selling proposition and staying aligned with customer demand of Lithuania. Dunning’s Eclectic paradigm is such theoretical framework that helps to define competitive advantage gained by a company. It states that monopolistic advantage supports a firm operating abroad to overcome prevalent disadvantages in foreign markets. There are two forms of advantages as per this paradigm such as location advantage and ownership advantage. Learning theories highlight psychic distance paradox as proposed by Lane and O’Grady. According to this theory, there exist some features in host country and operating country which facilitates business operations or re sults into complete failure (Ulwick, 2005). On the other hand, network theory indicates that commitment and trust are critical aspects for achieving success and growth. Learning and trust are further complimented by commitment, risk, control and uncertainty. Figure 2 clearly states that there are four kinds of strategy which can be chosen by a company in terms of business strategic implementation. As per figure two there are four strategies based on local responsiveness pressure and cost reduction pressure. They are global standardization strategy, transnational strategy, international strategy and localization strategy. In case of Starbucks the best strategy which can be incorporated is internationalization strategy. This would enable the firm to expand over larger geographical area and acquire high profit margins. International strategy is all about implementing best possible strategy to establish a strong market position in foreign country. The four possible international

Business Operations at Dell Corporation Research Paper

Business Operations at Dell Corporation - Research Paper Example However, lately, managers have understood the importance and significance of operations management. One of the biggest advantages of operations management identified by the managers is increased productivity. Hence, operation management also leads to increased efficiency of the workers. Another major advantage identified is the better quality of the outcome. A number of scholars have emphasized that management of the operations of a company greatly helps in improving the quality of the outcome (Petersen, Ragatz & Monczka, 2005). Management of the business operation provides companies with the opportunity to undertake small-scale continual improvement process and at the same time, it facilitates a large-scale radical shift in the process and product design of the company. The operations manager of a company carefully focuses on the management of processes so as to manufacture and distribute the products and services to the end customers in the most efficient way. According to Varila, Seppanen & Suomala (2007), management of the business operations allows a firm to streamline its process and at the same time eliminates the wastes. Expansion of the business is another viable opportunity for the business.   Dell Corporation: A Brief Overview of the Company Dell Computer Corporation, commonly known as Dell Inc. is a US-based multinational company involved in developing and offering computer technology services. The company was founded in the year 1984 and is currently headquartered in 1 Dell Way, Round Rock, Texas, US. The company was founded by Michael Dell, who plays the role of the Chairman and CEO of the company. The company is basically involved in developing, selling and repairing computers and associated products and services. The company currently employs around 103,300 people and is also considered as one of the biggest technology companies in the world. The company is listed at the 51st position in the global fortune 500 lists. Currently, Dell operates i n almost every part of the world and has allowed them to grab a significant market share (Dell, 2013). In terms of market share, the company is ranked at the third position just after Lenovo and HP. The major competitors of the company are HP, Lenovo, Compaq, IBM and Acer among others. The company sells data storage devices, servers, desktops, laptops, software products, printers, MP3 Players and other computer peripherals. Dell is known for applying innovative techniques for its sales process, manufacturing process as well as the entire supply chain process.  Ã‚  

Types Of TV Watchers Essay Example for Free

Types Of TV Watchers Essay Television has evolved – we are now seeing more of special effects, fantasy elements, hard-core drama in specialized environments like hospitals or public schools compared to the traditional soap opera with assembled set backdrops. In this globalizing world, television has to compete not only in their own countries for market share, but across the globe. Their efforts are not for naught, because it had spawned a generation of TV watchers of all ages. Briefly, a TV watcher is a person who watches TV for any of the following reasons: for information, entertainment, or out of habit. Generally following this guideline, there are three kinds of TV watchers: the information-driven TV watcher, the entertainment-freak, and the TV-phile.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Information-driven TV watchers turn on their television sets to watch the news. At what end of the spectrum, conservative information-driven TV watchers tune in to local news to have an idea of current events, and at other extreme they tune in to CNN and BBC to keep abreast of the latest developments in the political and economic aspects of the world, or to National Geographic and Discovery Channel if they are into Nature than Politics. The key is they watch TV for the sole purpose of acquiring information in the areas that are relevant to their lives. In contrast, the entertainment-freak TV watchers sit in front of their TVs for the sole purpose of accruing pleasure from the activity. These TV watchers want to be entertained – generally they do not want to be bothered with the universal existential questions that have plagued humanity from the beginning of time, they just want to plop down the couch and relax after a day’s work. These are people who watch soaps like Desperate Housewives and House, fantasy-action like Heroes and Lost, and comedies like Ugly Betty. Entertainment-freak TV watchers watch TV for the leisure of it.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Finally, TV-philes are people who turn on the TV because it gives them a different sense of comfort. They function well with the sound of TV in the background as they go about their chores, occasionally glancing to keep up with what is being aired. They watch TV even when there is nothing good on, because they do not have anything else to do. They stay up late for the late night movie specials, they know the program schedules by heart, and they can give lectures on the new trends in television programming. These are the people who tune in to MTV 24/7, or to HBO the whole day.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Of course, this is only a rough guide of TV watchers, and there are hybrids and types in between. An important thing to remember is that a real TV watcher knows when to open the TV and for what purpose.

Visual Cortex Involvement in Memory

Visual Cortex Involvement in Memory Is visual cortex involved in memory? Essay type Option 1 [REVIEW OPTION] Là ³pez-Aranda et al. 2009. Role of Layer 6 of V2 Visual Cortex in Object-Recognition Memory, Science 325, 87 http://www.ncbi.nlm.nih.gov/pubmed/19574389 Cattaneo et al., 2009. Contrasting early visual cortical activation states casually involved in visual imagery and short term memory http://www.ncbi.nlm.nih.gov/pubmed/19788574 Though a lot of information enters the brain, retention does not occur for all of it, and it is considered to be a selective process. One of these retentions is short term memory, also known as working memory. In vision, working memory is interpreted as the maintenance of a whole object, instead of the components of the objects image: orientation, texture, etc. (Super, 2003). Memory retention and formation is typically associated with increased activity in mammalian prefrontal and parietal cortex, with little evidence for activity in sensory areas, beyond of the initial sensory stimulation (Pasternak and Greenlee, 2005). The Multiple Memory Systems is a widely accepted view that sustains that the brain is divided into sections in respect of their own specific function. In this interpretation, the Medial Temporal Lobe (MTL) has a role in memory, particularly in explicit memory function, and includes structures such as the hippocampus, entorhinal cortex, parahippocampal cortex, and perirhinal cortex, in addition to the prefrontal cortex (Bussey and Saksida, 2007). However, recent findings have suggested a role of sensory cortex in memory processing: increased brain activity in visual cortex has been found during the short-term retention of visual information after stimulus presentation (Kà ¡ldy and Sigala, 2004). It therefore has been more common to say that visual cortex role goes beyond encoding sensory information and also participates in memory consolidation. This essay reviews two papers in which evidence of the role of visual cortex in memory consolidation is presented by the use of different techniques: 1) Cellular techniques as protein overexpression and immunocytochemistry (Là ³pez-Aranda et al., 2009) and 2) Transcranial magnetic stimulation (Cattaneo et al., 2009) Role of Layer 6 of V2 Visual Cortex in Object-Recognition Memory Using rats as a model, Là ³pez-Aranda et al. (2009) tried to elucidate the specific role of layer 6 in V2, in regards to memory processing and retention. To do this, they utilised two methodologies in a paired-sample experiment (same group tested on two different occasions). One addressed the problem by analysing the overexpression of a certain G-protein regulator (RGS-14) in layer 6 of V2, that acted as a protease, and which permitted rats do better in Object recognition memory (ORM) tests. ORM tests consisted on evaluating the exploration time after an object was presented for 3 minutes, and presented again after a delay period of 30 minutes, 45 minutes or 60 minutes. Rats could recognise the object after 30 or 45 minutes had passed, but failed to do it after the 60 min delay. A group of these rats was then injected with a lentivirus coupled with the RGS-14 gene into layer 6 of V2, at 2/3 of V2 (dorsal to layer 6 of V2), at CA1 and at the dentate gyrus of the hippocampus (both ven tral to layer 6 of V2). This permitted the overexpression of RGS-14 at those sites. Rats were ORM tested again 3 weeks after the injection was done. What was found was that rats improved in their ORM tests when they were injected exactly at layer 6 of V2, whereas the rest of the rat groups (injected at other sites), did not show any difference in performance, and their activity was similar to that of the initial non-injected rats. The layer 6 injected rats were ORM tested again, to see how much retention they could support, showing up to 6 object retention (in comparison to the 2 object retention non-injected rats showed), and increasing its retention time to about 24 weeks. They then proceeded to make immunocytochemistry analysis to localize protein expression, which showed that RGS-14 was primarily being expressed at layer 6 of V2. The other methodology used focused on presenting the result of layer 6 of V2 destruction, by the injection of Ox7-SAP into this layer in non-injected rats and RGS-14 injected rats, and later doing the ORM test to both groups. Non-injected rats showed an increased reduction in retention time, not being able to perform equally as they did when layer 6 of V2 was not ablated. RGS-14 lentivirus injected rats also showed a reduction in their ORM test performance. A group of rats, either injected or non-injected, were tested again, only that before having layer 6 of V2 ablated by Ox7-SAP an object was presented for three minutes. Rat performance was not reduced when ORM test was done with object that was previously presented, but did showed reduction when the ORM was done with a new object, presented after layer 6 removal. The results showed an involvement of layer 6 of V2 in memory trace, though not storage. It is not explicitly said if the RGS-14 G protein regulator is naturally expressed in layer 6 of V2. As far as the obtained results, it is possible to say that RGS-14 could act as treatment option for short memory disorders or impairments, though more trials are possibly needed. Contrasting early visual cortical activation states casually involved in visual imagery and short term memory With the use of Transcranial Magnetic Stimulation (TMS), Cattaneo et al., (2009) evaluated the role of early visual areas in memory and visual imagery. They essentially established two similar experiments involving two tasks, the imagery task and the memory task, in subjects who were either undergoing occipital TMS (over V1/V2), Vertex TMS (as a control) or No TMS. In the imagery task of the first experiment, subjects had to create a mental image of something. It consisted on presenting a black dot in the middle of a white screen, followed by a series of digits (that represented an hour, e.g. 10.10, 6.50, etc.), for about 1000 ms. Then this digits disappeared and a black circle showed up. Subjects were then asked to imagine the clock hands in the position that would describe the digits they had just seen. After a 2 second period passed, a single pulse of TMS was applied, depending on the condition previously defined for them. Next, a black dot was shown (inside the black circle) and subjects were asked to tell if this dot had appeared inside or outside the area the clock hands were supposed to be, by either pressing 1 or 2 on a keyboard for either inside or outside the area. In the memory task in the same experiment, subjects also had to fix their eyes at a black dot in the white screen. Then, the clock hands (describing an hour) inside a circle appeared for about 1000 ms. When this period had passed, the hands disappeared but the circle remained, and subjects were asked to continue on thinking on the clock hands for about 2 s. TMS was applied at the end of this 2 s (retention) period, in the same mode as in the imagery task. A block then appeared inside the circle and subjects were asked to describe whether the dot was inside or outside the area the clock hands formed. By doing ANOVA, they found no relevant differences between the mean detection accuracies between TMS conditions: Occipital TMS, Vertex TMS and No TMS, in both imagery and memory tasks. However, the mean reaction times did show relevant differences between those conditions, in both tasks. A Post hoc comparison showed that performance was better in the Occipital TMS than when condition were Vertex TMS or no TMS. There was also no significant variation when the analysis was done between Vertex TMS and no TMS. Experiment two was fairly similar to the one described above. It also involved a memory and imagery task, with the only difference being when was TMS applied: at the beginning of the 2 s period after subjects had seen the digits and were asked to imagine the clock hands inside the circle, for the imagery task, and at the beginning of the 2 s period when they were asked to continue on thinking on the clock hands, for the memory task. By performing ANOVA they found no significant difference between conditions for the mean detection accuracies and reaction time, in the imagery task. Conversely, in the memory task, ANOVA showed a relevant effect in mean detection accuracy and mean time, as well as the Post hoc analysis showed occipital TMS had an effect in comparison to the other conditions, both of which was impairment in performance. Discussion MTL structures have been presented as the major components in perception and working memory, and it is seen as a domain where ORM is thought to be processed (Kà ¡ldy and Sigala, 2004). Là ³pez-Aranda et al, (2009) results of the role of layer 6 neurons in the formation of both normal (short-term) and long-term ORM highlight the importance of V2, an area placed outside of MTL. Not much is known about the protein overexpressed at V2, RGS-14. It is integrated by a Regulators of G protein Signaling domain, as well as by a motif that permit its binding to inactive GDP; and by a tandem Rap1/2–binding domain. Acting as a GTPase activating protein, the protein increases the rate of conversion of the GTP to GDP. This allows the G alpha subunits to bind subunit heterodimers, and eventually ending a signal (NCBI, 2013). It would be interesting to know what made the authors determine to test this protein in that specific layer of V2, as it is not fully stated in the article, and because RGS14 was found to be expressed naturally/primarily in CA2 hippocampal neurons and to show memory â€Å"obstruction† when expressed in mice (Lee et al., 2010). Perhaps difference s between species (as both studies were done with model animals: rats and mice) are more relevant than thought, and should be taken in account before making any definite conclusion or investigate of how the signaling process occurs and affects a cognitive behavior, such as memory. However, findings involving TMS analysis in humans by decrease of activity, as the one presented by Cattaneo et al. (2009), in which there was a noted decrease in subject performance in the memory task when TMS was applied in the beginning of the â€Å"retention period† at V1/V2, indicate that memory of visual information involves activity in early visual cortex that goes further than the periods of sensory perception. In early visual cortex, memory of visual content is topographically organized. These results are possibly due to less vulnerability to interference after the retention period, and a possible interaction with higher order areas activity with visual cortex activity (van de Ven and Sack, 2013). The previous results can be paired with Harrison and Tong (2009) results, were they used functional magnetic resonance imaging (fMRI), in conjunction to Blood Oxygen Level Dependent (BOLD) analysis, to monitor cortical activity while participants did a delayed orientation discrimination task, where 2 gratings were shown to the subjects, followed by a cue that indicated which grating to remember (first or second) and an 11 s period (delay period). Then the grating was showed again and subjects had to say if the image was rotated in a sense or antisense (clockwise) matter. They examined the role of visual areas in working memory through different experiments; fMRI decoding was specifically used to evaluate the patterns in brain activity, in areas corresponding to V1 to V4 (to the 120 most responsive voxels) to try to predict its representation in working memory. The accuracy of predicted orientation that was held in memory reached 83%, which is considered to be very high, one of the ex periments where subjects had to fix its eye to a letter, and not the grating, showed high prediction to those gratings in areas V1, V2 and V3. Ultimately, their findings suggest that memory related information may be encoded in these structures (showing increased activity in areas V1/V2) and that early visual areas can hold up information, not only displaying sensory processing functions. Different approaches can be taken to evaluate visual cortex relation with memory, as the ones reviewed in this essay: TMS, protein overexpression, fMRI among others. Evidence that sensory cortical areas are an active element of the circuitry that underlies short term retention of sensory signals is emerging and improving our understanding of memory. It can be concluded that not only the MTL is important for visual memory processing, but also early visual cortex and evidence of what is happening at the cellular level needs to be improved in order to eventually delimit its potential in cognitive treatments. References Bussey TJ, Saksida LM (2007) Memory, perception, and the ventral visual-perirhinal-hippocampal stream: thinking outside of the boxes. Hippocampus 17:898-908. Cattaneo Z, Vecchi T, Pascual-Leone A, Silvanto J (2009) Contrasting early visual cortical activation states causally involved in visual imagery and short-term memory. The European journal of neuroscience 30:1393-1400. Harrison SA, Tong F (2009) Decoding reveals the contents of visual working memory in early visual areas. Nature 458:632-635. Kaldy Z, Sigala N (2004) The neural mechanisms of object working memory: what is where in the infant brain? Neuroscience and biobehavioral reviews 28:113-121. Lee SE, Simons SB, Heldt SA, Zhao M, Schroeder JP, Vellano CP, Cowan DP, Ramineni S, Yates CK, Feng Y, Smith Y, Sweatt JD, Weinshenker D, Ressler KJ, Dudek SM, Hepler JR (2010) RGS14 is a natural suppressor of both synaptic plasticity in CA2 neurons and hippocampal-based learning and memory. Proceedings of the National Academy of Sciences of the United States of America 107:16994-16998. Lopez-Aranda MF, Lopez-Tellez JF, Navarro-Lobato I, Masmudi-Martin M, Gutierrez A, Khan ZU (2009) Role of layer 6 of V2 visual cortex in object-recognition memory. Science 325:87-89. NCBI (2013) RGS14 regulator of G-protein signaling 14 [ Homo sapiens (human) ]. In. USA. Pasternak T, Greenlee MW (2005) Working memory in primate sensory systems. Nature reviews Neuroscience 6:97-107. Super H (2003) Working memory in the primary visual cortex. Archives of neurology 60:809-812. van de Ven V, Sack AT (2013) Transcranial magnetic stimulation of visual cortex in memory: cortical state, interference and reactivation of visual content in memory. Behavioural brain research 236:67-77.

Catholicism in Eighteenth-Century England Essays -- European Europe Hi

Catholicism in Eighteenth-Century England February hath XXVIII Days Rouze, Protestants, the Year of Wonder’s gone, Great George is now establish’d on the Throne; A Mighty Prince, by God for us prepar’d, Us to preserve from Dangers greatly fear’d; From Popery the Devil’s great Master Fear, Where Men are Slaves, and Priests their Gods do eat . . . (Mullan and Reid 2000, 173) This poem, published in John Partridge’s almanac Merlinus Liberatus for 1717, shows the common feeling amongst the English Protestants towards Catholics. The term â€Å"Popery† was actually a hostile term for anything relating to Catholicism (Popery). Although many other countries in Europe were moving toward more modern, secular governments, the English were not prepared to let go of old prejudices so easily. One of the problems between Protestants and Catholics in England was that the â€Å"self-image of the protestant elite comprised not only religious doctrine and providential history, but constitutional theory and a concern for cultural and economic improvement; the Catholic case represented a challenge in each of these areas† (McBride 2003). During the eighteenth century, Protestants in England felt that they had endured persecution from the Catholics and so justified their resentment and intolerance. This sentiment can be seen in anti-Catholic literature published during this period. The Kalendar, of the Cruelties of the Papists to Protestants also from 1717, reports: July. Altho the Weather in this month was hot, yet the Persecution of poor Protestants by the Papists was much hotter, as you may see by following List of Martyrs who underwent fiery Trials, because they would not turn Papists and ... ... 1882. MacCaffrey, Rev. James. From the Renaissance to the French Revolution. History of the Catholic Church, 2000. [cited November 19, 2003]. Available from World Wide Web: (http://catholicity.elcore.net/MacCaffery/HCCRFR2_Chapter%2005.html) McBride, Ian. The Language of Liberty 1660-1822; Anti-Catholicism in 18th-Century England; and Catholicism in a Protestant Kingdom. History Today, 2003. [cited November 18, 2003] Available from World Wide Web: (http://www.historytoday.com/index.cfm?articleid=16961) Mullen, John and Christopher Reid, Ed. Eighteenth-Century Popular Culture. Oxford: University Press, 2000. Popery. Oxford English Dictionary [online], 2000. [cited on November 17, 2003]. Oxford: University Press, 1989. Woloch, Isser. Eighteenth-Century Europe: Tradition and Progress, 1715-1789. Norton and Company Press: New York, 1982.

?It is wrong to try and convert people to your religion.? :: essays research papers

There are many different views to this statement within the Christian faith.   Ã‚  Ã‚  Ã‚  Ã‚  The Christian church believes in religious freedom, but they believe that Christianity is the only religion with complete truth, whereas the other religions only contain some truth.   Ã‚  Ã‚  Ã‚  Ã‚  One view is of exclusivism. This is the â€Å"old† accepted way. To be â€Å"saved† people must hear and respond to the Christian message. It is the duty of Christians to convert people in order to save them. In Matthew it is said, â€Å"Go make disciples of all nations†. This is a direct instruction for people to go and convert people to Christianity. They believe that the Bible is the word of God, and you can only reach salvation by following Jesus. Jesus said in John 14:6, â€Å" I am the way to truth and the life. No-one comes to the Father except through me†. This shows that you must follow Jesus’ teachings to get to heaven, and by converting people they are helping them get to heaven. An example of this is with Jahovah’s Witnesses. They believe that it is their duty to save people. They believe that they should spread the word to those who have not heard of the religion, so they have a chance to follow it. They do th is by going from house to house to try and find these people and talk to them about God.   Ã‚  Ã‚  Ã‚  Ã‚  Another view is of inclusivism. This is the more modern view for Christians. They believe that everybody is born with Gods grace and the ability to be saved. They believe that if you are following another religion and you have not heard of Jesus then you will still go to heaven as you are trying to find the truth. They still believe, however, that Christianity is the only religion, which is complete truth.   Ã‚  Ã‚  Ã‚  Ã‚  Another Christian view is based on John 14:2. Jesus says, â€Å"In my Father’s house there are many rooms†. Some Christians believe that this means that heaven accepts different religions, so conversion is not needed. They believe that every religion has truth, and all lead to belief in God.   Ã‚  Ã‚  Ã‚  Ã‚  Another view is of pluralism. Hindus follow this view. They believe that all religions are pathways to enlightenment.

Albert Einstein

He later moved to Italy where he got kicked UT of school because he was setting a bad example to other students despite his fascination in Math. After leaving school he decided to become a math teacher to support him in his studies of math and physics. In 1896 he entered the Swiss Federal Polytechnic School in Zurich, Switzerland to train to become a teacher in physics and mathematics. He failed the first attempt but passed the next year and gained his diploma, and accepted a position as a technical assistant in the Swiss Patent Office.In 1905 he obtained his doctors degree, ND was also the year he published four of his most influential research papers. One including his world famous equation e=Mac that unlocked mysteries of the universe unknown. Later in 1914 he was appointed Director of the Kaiser Wilhelm Physical Institute and became professor in the University of Berlin. Ten years later in 1915 Einstein completed his general theory of relativity, and in 1921 he was awarded the no ble peace prize for Physics. It launched him international fame and he was thought a genius all over the world.Later on in 1933 Einstein immigrated to America to become professor of Theoretical Physics at Princeton. He became a United States Citizen in 1940 and then retired in 1945. Einstein then died on April 18, 1955 at the age of 76, and donated his brain and vital organs to scientific study. Albert Einstein has several Scientific Contributions one of which is the Quantum Theory. He suggested that light doesn't travel in waves but as electric currents; from his theory inventors were able to develop television and movies.