Microprocessors Evolution Essays - Microprocessors, 16-bit, Motorola

Microprocessors Evolution Only once in a lifetime will a new invention come about to touch every aspect of our lives. Such a device that changes the way we work, live, and play is a special one, indeed. The Microprocessor has been around since 1971 years, but in the last few years it has changed the American calculators to video games and computers (Givone 1). Many microprocessors have been manufactured for all sorts of products; some have succeeded and some have not. This paper will discuss the evolution and history of the most prominent 16 and 32 bit microprocessors in the microcomputer and how they are similar to and different from each other. Because microprocessors are a subject that most people cannot relate to and do not know much about, this paragraph will introduce some of the terms that will be in- volved in the subsequent paragraphs. Throughout the paper the 16-bit and 32-bit mi- croprocessors are compared and contrasted. The number 16 in the 16-bit microproces- sor refers how many registers there are or how much storage is available for the mi- croprocessor (Aumiaux, 3). The microprocessor has a memory address such as A16, and at this address the specific commands to the microprocessor are stored in the memory of the computer (Aumiaux, 3). So with the 16-bit microprocessor there are 576 places to store data. With the 32-bit microprocessor there are twice as many places to store data making the microprocessor faster. Another common term which is mentioned frequently in the paper is the oscil- lator or the time at which the processors "clock" ticks. The oscillator is the pace maker for the microprocessor which tells what frequency the microprocessor can proc- ess information, this value is measured in Mega-hertz or MHz. A nanosecond is a measurement of time in a processor, or a billionth of a second. This is used to measure the time it takes for the computer to execute an instructions, other wise knows as a cy- cle. There are many different types of companies of which all have their own family of processors. Since the individual processors in the families were developed over a fairly long period of time, it is hard to distinguish which processors were introduced in order. This paper will mention the families of processors in no particular order. The first microprocessor that will be discussed is the family of microprocessors called the 9900 series manufactured by Texas Instruments during the mid-70s and was developed from the architecture of the 900 minicomputer series (Titus, 178). There were five dif- ferent actual microprocessors that were designed in this family, they were the TMS9900, TMS9980A, TMS9981, TMS9985, and the TMS9940. The TMS9900 was the first of these microprocessors so the next four of the microprocessors where simply variations of the TMS9900 (Titus, 178). The 9900 series microprocessors runs with 64K memory and besides the fact that the 9900 is a 16-bit microprocessor, only 15 of the address memory circuits are in use (Titus, 179). The 16th address is used for the computer to distinguish between word and data functions (Titus, 179. The 9900 series microprocessors runs from 300 nanoseconds to 500 ns from 2MHz to 3.3MHz and even some variations of the original microprocessor where made to go up to 4MHz (Avtar, 115). The next microprocessor that will be discussed is the LSI-11 which was pro- duced from the structural plans of the PDP-11 minicomputer family. There are three microprocessors in the LSI-11 family they are the LSI-11, LSI-11/2, and the much im- proved over the others is the LSI-11/32 (Titus, 131). The big difference between the LSI-11 family of microprocessors and other similar microprocessors of its kind is they have the instruction codes of a microcomputer but since the LSI-11 microprocessor originated from the PDP-11 family it is a multi-microprocessor (Avtar, 207). The fact that the LSI-11 microprocessor is a multi-microprocessor means that many other mi- croprocessors are used in conjunction with the LSI-11 to function properly (Avtar, 207). The LSI-11 microprocessor has a direct processing speed of 16-bit word and 7- bit data, however the improved LSI-11/22 can directly process 64-bit data (Titus, 131). The average time that the LSI-11 and LSI-11/2 process at are 380 nanoseconds, while the LSI-11/23 is clocked at 300 nanoseconds (Titus, 132). There are some great strengths that lie in the LSI-11 family, some of which are the efficient way at which the microprocessor processes and the ability to run minicomputer software which leads to great hardware support (Avtar, 179). Although there are many strengths to the LSI- Microprocessors Evolution Essays - Microprocessors, 16-bit, Motorola Microprocessors Evolution Only once in a lifetime will a new invention come about to touch every aspect of our lives. Such a device that changes the way we work, live, and play is a special one, indeed. The Microprocessor has been around since 1971 years, but in the last few years it has changed the American calculators to video games and computers (Givone 1). Many microprocessors have been manufactured for all sorts of products; some have succeeded and some have not. This paper will discuss the evolution and history of the most prominent 16 and 32 bit microprocessors in the microcomputer and how they are similar to and different from each other. Because microprocessors are a subject that most people cannot relate to and do not know much about, this paragraph will introduce some of the terms that will be in- volved in the subsequent paragraphs. Throughout the paper the 16-bit and 32-bit mi- croprocessors are compared and contrasted. The number 16 in the 16-bit microproces- sor refers how many registers there are or how much storage is available for the mi- croprocessor (Aumiaux, 3). The microprocessor has a memory address such as A16, and at this address the specific commands to the microprocessor are stored in the memory of the computer (Aumiaux, 3). So with the 16-bit microprocessor there are 576 places to store data. With the 32-bit microprocessor there are twice as many places to store data making the microprocessor faster. Another common term which is mentioned frequently in the paper is the oscil- lator or the time at which the processors "clock" ticks. The oscillator is the pace maker for the microprocessor which tells what frequency the microprocessor can proc- ess information, this value is measured in Mega-hertz or MHz. A nanosecond is a measurement of time in a processor, or a billionth of a second. This is used to measure the time it takes for the computer to execute an instructions, other wise knows as a cy- cle. There are many different types of companies of which all have their own family of processors. Since the individual processors in the families were developed over a fairly long period of time, it is hard to distinguish which processors were introduced in order. This paper will mention the families of processors in no particular order. The first microprocessor that will be discussed is the family of microprocessors called the 9900 series manufactured by Texas Instruments during the mid-70s and was developed from the architecture of the 900 minicomputer series (Titus, 178). There were five dif- ferent actual microprocessors that were designed in this family, they were the TMS9900, TMS9980A, TMS9981, TMS9985, and the TMS9940. The TMS9900 was the first of these microprocessors so the next four of the microprocessors where simply variations of the TMS9900 (Titus, 178). The 9900 series microprocessors runs with 64K memory and besides the fact that the 9900 is a 16-bit microprocessor, only 15 of the address memory circuits are in use (Titus, 179). The 16th address is used for the computer to distinguish between word and data functions (Titus, 179. The 9900 series microprocessors runs from 300 nanoseconds to 500 ns from 2MHz to 3.3MHz and even some variations of the original microprocessor where made to go up to 4MHz (Avtar, 115). The next microprocessor that will be discussed is the LSI-11 which was pro- duced from the structural plans of the PDP-11 minicomputer family. There are three microprocessors in the LSI-11 family they are the LSI-11, LSI-11/2, and the much im- proved over the others is the LSI-11/32 (Titus, 131). The big difference between the LSI-11 family of microprocessors and other similar microprocessors of its kind is they have the instruction codes of a microcomputer but since the LSI-11 microprocessor originated from the PDP-11 family it is a multi-microprocessor (Avtar, 207). The fact that the LSI-11 microprocessor is a multi-microprocessor means that many other mi- croprocessors are used in conjunction with the LSI-11 to function properly (Avtar, 207). The LSI-11 microprocessor has a direct processing speed of 16-bit word and 7- bit data, however the improved LSI-11/22 can directly process 64-bit data (Titus, 131). The average time that the LSI-11 and LSI-11/2 process at are 380 nanoseconds, while the LSI-11/23 is clocked at 300 nanoseconds (Titus, 132). There are some great strengths that lie in the LSI-11 family, some of which are the efficient way at which the microprocessor processes and the ability to run minicomputer software which leads to great hardware support (Avtar, 179). Although there are many strengths to the LSI-

The Main Arguments for and Against Hunting

The Main Arguments for and Against Hunting Legitimate arguments abound for and against hunting for the control of the population of deer and other â€Å"nuisance† wildlife; or for sustenance for people who kill animals so they can eat them. For many people, the issue is complex, particularly for those who are (and intend to remain) meat eaters. After reading the arguments pro and con, you may find yourself leaning strongly to one side–or you may find that youre still on the fence. What Is Meant By Hunting? Most people who argue in favor of hunting are not arguing in favor of trophy hunting, the practice of killing an animal simply to show off its head and pelt. Trophy hunting is, in fact, abhorred by the majority of the public. Often, the animal being hunted is a rare or endangered animal, but even trophy hunting for wolves, moose,  and  bears  is unpalatable to many people.   The killing of wild animals for food is a different story. Though it was, at one time, a way of life so people could survive, today, hunting is a controversial issue because it is frequently regarded as a recreational activity. Many people are concerned about safety issues, and society’s attitudes towards animals are changing. Some hunters oppose certain practices they consider unethical, such as baiting, canned hunting (in fenced areas), and hunting of stocked animals. At the heart of the non-trophy hunting debate in the United States is one  species: white-tailed deer. In many areas in the U.S., white-tailed deer flourish because of the lack of natural predators and the abundance of deer-friendly habitat. As pockets of green space shrink and disappear in our suburbs, the species has become the center of the debate over hunting, and many who consider themselves neither hunters nor  animal activists  find themselves drawn into the debate. The debate centers on practical and ethical issues including deer management, human/deer conflicts, non-lethal solutions, and safety. Arguments in Favor of Hunting Hunting proponents argue that hunting is safe, effective, necessary, and inexpensive to taxpayers.The injury rate for hunting is lower than that of some other forms of physical recreation, such as football and bicycling.Proponents argue that hunting is an effective form of deer management because it will remove a number of individual deer from a population and prevent those individuals from reproducing.Since natural deer predators have been eliminated in many areas, hunters argue that hunting is necessary to perform the function of wolves or cougars in keeping the deer population in check.Hunting proponents also argue that reducing the deer population will reduce human/deer conflicts, such as car/deer collisions,  Lyme disease, and landscaping damage.Compared to sharpshooters and immunocontraception, hunting is inexpensive to taxpayers because hunters will kill the deer for free. Also, hunting permits are sold by state wildlife management agencies, which are partially or fully supp orted by the sales of permits. Hunters argue that killing the deer is better than letting them starve to death.Hunters argue that hunting is a tradition, a ritual or a bonding experience.Regarding ethics, hunting proponents argue that killing a deer for food cannot be worse than killing a cow or a chicken. Furthermore, unlike the cow or the chicken, the deer lived a free and wild life before being killed and had a chance to escape.Hunters also argue that killing a number of deer benefits the ecosystem as a whole. Arguments Against Hunting Hunting opponents argue that hunting is unsafe, ineffective, unnecessary, and unfair to taxpayers.Opponents point out that compared to other forms of recreation, hunting injuries are far more likely to be fatalities. Approximately 100 people die in  hunting accidents  in the US every year, and unlike other forms of recreation, hunting endangers the entire community and not just the willing participants.Opponents also argue that hunting is ineffective for solving human/deer conflicts. Studies show that car/deer collisions increase during hunting season because hunters frighten the deer out of the woods and onto roads.Contrary to popular belief, hunting  does not address Lyme disease  because the ticks are usually spread to grassy areas where humans find them by mice, not deer. In fact, hunters who dress deer or squirrels have a higher risk of tick bites.And as long as suburban landscaping includes deer-preferred plants such as tulips and rhododendrons, that landscaping will at tract hungry deer, no matter  how many deer  there are. It may also be the case that hunting to reduce the number of deer is less effective than contraception. Hunting is ineffective because state wildlife management agencies intentionally keep the deer population high, for hunters.Lands managed for hunting are sometimes purchased and maintained with tax dollars, even though 95% of Americans do not hunt.Hunters out for trophies, such as elk and deer with large racks, are killing the strongest and healthiest of the species, not the weak and starving they claim to be putting out of their misery. Killing the stronger members of the species leaves a permanent consequence for the species as a whole. Resolution The hunting debate may never be resolved. The two sides will continue to debate safety, effectiveness, and cost, but will probably never agree on the ethics of killing wild animals for food or recreation.

Designing Reward Practices To Influence Employee Behavior Essay

Designing Reward Practices To Influence Employee Behavior - Essay Example The paper tells that managers have grown to understand that setting a strong management system is the main force that helps a company in the achievement of strategic goals. A strong management system is one, which includes such features and processes, which not only benefit the organization but also the employees. Reward practice is one of the most considerable features of a strong management system, which play a vital role in improving employee productivity and performance. Incentives are those benefits that a company offers to its employees as a reward for achieving some particular goals and objectives for the company. Incentive plans also plays a considerable role in achieving maximum sales employees’ productivity. Schwartz found that incentives plan is one of the most important planning activity related to the employees of a company. Ellis-Christensen states, â€Å"They could help encourage members of a company to achieve certain goals or they might jumpstart extra learni ng in a classroom†. The factors that managers should consider while developing an appropriate incentive plan for the employees include type of compensation plan, method of payment calculation, discretion to award, conditions for implementation of the plan, practicalities of the plan, and culture of the company. According to Colt and Perrin, all companies develop incentives schemes that support and communicate the cultural values of those companies. Managers should consider the organizational capabilities, managerial maturity, as well as the culture of the organization while designing a reward/incentive plan for the employees.... 15), all companies develop incentives schemes that support and communicate the cultural values of those companies. Managers should consider the organizational capabilities, managerial maturity, as well as the culture of the organization while designing a reward/incentive plan for the employees. Pay for performance acts as one of the most suitable motivational factors for the employees. It is very important to do a complete study of the organizational culture while designing a reward system in order to ensure alignment of reward system with the achievement of organizational goals. 3.2 Needs and Demands of Employees According to Beardwell (2010), understanding employees’ needs and demands is also very necessary to design an employee-oriented incentive plan. Managers should design an incentive plan by incorporating the basic needs and demands of the employees in the plan. When the employees of a company know that their company has implemented an incentive plan through which it re wards their job productivity and efficiency in terms of both cash rewards and non-cash rewards, they show more commitment to their work, which not only improves their productivity but also increases the overall productivity of the company. 3.3 Statement of Plan’s Objectives The most critical issue, which managers need to consider while developing an incentive plan, is development of a clear statement of the plan’s objectives. The statement includes purpose of the plan, eligibility criteria, and types of incentives. Goal setting and employees’ improved performance are two of the basic advantages of an incentive plan. 3.4 Link Performance to Organizational Goals Alignment of the employees’ performance with the organizational goals is the

International Business - Trade and Currency Essay

International Business - Trade and Currency - Essay Example The reason of this paper and the discussion is to prove that counter-trade has more benefits. Through illustration of examples I have tried to prove why counter- trade persist despite currency conversion is possible. Counter- Trade is a form of trade where the importer and the exporter agree to the certain terms where they exchange goods as payment to the goods they will receive. The exchange does not have to occur at the same time. O'Connell. J [2005]. According to London counter trade round table LCR "Counter trade is inherently an ad hoc activity - practice varies according to local regulations and requirements, the nature of the goods to be exported and the current priorities of thee parties involved. Also, the terms used to describe the main modes of trading vary, often interchangeably causing confusion. " There are six division of counter trade. Barter: Exchange of goods or services directly for other goods or services. This does not involve money as a mode of payment. For example if Country A sells electric equipment to Country B in return for cotton - they will hold electric equipment back until they make good profit out of cotton. Switch trading: This is a kind of purchase where the importing Country is obliged to make future purchase from the exporting country. For example, Country A at one time had a large surplus of Rice. If Country B exports goods to Country A, they can use Country A's rice to finance exports by selling it. Counter purchase: When a company in a specific country makes a sale of good or any services that country in return promises to make a future purchase of a particular product from that company. Buyback: This practice is most common with exports of process plant, mining equipment. It's an export of any industrial equipment and in return promise to paid by the outcome of the investment they will make with that product. Offset: A company makes an agreement that they will offset hard - currency purchase of an unspecified product from the other exporting country in the future. For example a country buying an airplane may demand that some parts and components can be obtain in their local economy. Counter trade is also sometimes referred as compensatory trade as it is a kind of trade where both parties are putting them into an agreement, which compensate for hard currency. Counter trade Role in the world market According to Vertariu [1972], that among all business countries there were around 15 of them who are pursuing counter- trade; and up till 1979 the figure reached to about 27; and by the start of 1990s there were almost 100 countries which preferred counter -trade as their choice of business. Officials of the GATT organization have claimed that counter trade accounts have reached to about 5% of the world trade. The British Industry have exceeded to about 15%. As with east-west trade who are more popular with this kind of trade have raised the figure as high as 50%. A consensus of expert opinions Okaroafo [1989] has put the percentage of the value of world trade counter trade from 20% to 25%. Desirability of counter trade: According to (Choi S.R, Tschoegl, A. E., [2003]), counter trade is a safer option, as both parties of a counter-trade deal on the

Chromosome Markers in the DNA Tests Research Paper

Chromosome Markers in the DNA Tests - Research Paper Example Forensic DNA testing is currently performed by using the complex STR multiplex systems. This testing allows the testing of several loci in a single – tube PCR system. A highly variable STR is chosen for the analysis such that they should be within the detection range of 90 – 500 base pairs. These STRs should also be present in the other chromosomes too. Highly polymorphic markers and gender identifying markers are widely used in the STR multiplex systems. All these loci are labeled with different fluorescent dyes for the automated Genotyping. The fluorescent dye is attached to the PCR primers and these dyes get incorporated into the target DNA sequence during the process of amplification.   5-FAM (blue) dye is used for the STR loci D3S1358 and NED (Yellow) dye is used for D19S433 STR loci. By using the two different fluorescent dyes, it was observed that the height and the peaks of the STR loci D3S1358 and D19S433 are similar between them. If we use the same fluoresce nt dye then it may lead to confusion whether the source of DNA is from a single person or from multiple persons because the peak areas are very important for the determination of the amount of DNA. If the sample is homozygous and have only one peak with the area equal to the two individual peaks then it will be very difficult to analyze the results. This is very frequent if we use the same fluorescent dye for D3S1358 and D19S433. Since D3S1358 and D19S433 are similar to each other, the use of two different dyes will easily differentiate them. (Thompson 2006). The specific dye is incorporated into the PCR product and the level of emission of light and the intensity of light emission gives the details about the size of the DNA. The level of emission may vary for the two STR loci but since they are of same size, the emission level will be same and it will be very difficult to identify the two STRs. The factors for choosing the Fluorescent dye are based on the dyes, optical filters, las er and matrix to which it binds. The D3S1358 is 119 bp to 147 bp in size with the average repeats of 15. These loci will accept the blue dye more readily than the yellow dye. Similarly D19S433 is 206 bp with 9 repeats. (Foster and Laurin 2012). This also will absorb yellow dye more readily than the blue dye. The variation in the base pair is thus an important factor for the choice of fluorescent dyes. The peak heights of the two STR loci D3S1358 and D19S433 vary with the annealing temperatures. Similarly the relative intensity of the loci also varies. (Foster and Laurin 2012). First generation dyes were used for the analysis of the loci initially; later the development of the second generation dyes with more specificity replaced them. The fluorescent dyes used for the multiplex were amandine dyes that emits the color when bind properly to the DNA fragments. The fluorescent dyes NED and 6 - FAM currently for the identification of the D19S433 and D3S1358 produces standard results for the different populations in many parts of the world. (Li et al. 2013). Thus it is concluded that D3S1358 and D19S433 STR loci cannot have same fluorescent dye because they have the similar base pair length and produce the same peak. (Butler 2005). If the same dye is used then they will form only one peak but with

NASCAR: Not Just for Rednecks Essay -- Racing Entertainment Sports Ess

NASCAR: Not Just for Rednecks Generally when someone mentions NASCAR, one perceives a stereotypical image of mullets, beer bellies, or in easier terms a â€Å"redneck.† Societies’ general perception of a redneck is low income, rowdy, no civic interest, and someone who is not very intelligent. Little do they know this image is not exactly what you see at a NASCAR race. NASCAR includes a very wide variety of people. This is not fair for NASCAR fans to be put in this banal category. NASCAR has several non-redneck attributes. NASCAR (National Association for Stock Car Auto Racing) was born in 1948. Bill France, the creator, had a dream. His dream was to create such a race that people for all over would come to see. In the beginning, they would have races on Daytona Beach and on other small tracks located throughout the south. Eventually, people became interested and the audience grew. Now, there are over twenty racetracks located all across the United States NASCAR fans are unlike any other enthusiast you will see. On average, a ticket to the Bristol Motor Speedway will cost you well over eighty dollars. Then you must consider the added expenses such as gas, lodging, food, souvenirs, and for some a few alcoholic beverages. Also, for your avid race buff you may invest in a scanner. This will cost you on average about one hundred and fifty dollars. With this scanner you can listen to the drivers and crewmembers communicate throughout the race. Personally, for a one day or weekend event this can get extremely expensive. Not, just anyone can afford a weekend at the races. Most people do not realize that NASCAR is a family oriented event. The pre-race activities are generally directed towards children. Se... ...ns, there always needs to be a villain. This is what keeps your audience satisfied. We have our good guys and bad guys in just about every organization such as professional sports teams or even our own government. I want people to realize it is not fair to bash something before you try it. Yes, NASCAR has their rednecks but there is also a non-redneck category. Lets think about our other professional sporting events, do we not have rednecks here too? Yes, I believe we do. So next time you hear about a NASCAR event check it out, it just may be worth your time. Works Cited Camncho, Ron, and Helton, Max.†Earnhardt’s the Man.† From the Heart of Racing. Walnut grove Press, 2000. Smith, Marty. Earnhardt Jr. Radio Spot Supports Jeb Bush.† Turner Sports Interactive.5 Nov. 2002 http://www.nascar.com/2002/news/headlines/wc/11/05/dearnhardtjr_jeb/

Proof of Man’s Inhumanity Essay

Past studies about the Holocaust reveal the motivation behind Adolf Hitler’s annihilation of the Jews and other races. He believed that â€Å"they were responsible for Marxism, democracy, the outbreak of World War I, and Germany’s collapse in 1918, as well as being the invisible hand behind the Weimar republic† (Fischel 4). He was fed up with the Jews’ continuous settlement in the German land. He resented the fact that they were being too involved with the country’s politics and businesses. Reasons like these seemed too shallow for Hitler to arrive to a â€Å"final solution† of exterminating the Jews and other localities which he believed did not belong to the upper or Aryan class of society. The method that the Nazi used to wipe out an entire race and religion was the concentration camps. In camps such as Auschwitz, Dachau, Treblinka, Sobibor, and Belzec, millions of people, most of whom were Jews, died in violent ways. The most common way of exterminating them was through the use of gas chambers in camps. In the anthology of the Holocaust, Piper reveals that, â€Å"The efficacy of such conventional methods of killing is best illustrated by the fate of 10,000 Soviet prisoners of war who were transported to the camp in October 1941† (Piper 372). It was one of the first exterminations performed during the Holocaust wherein Piper added that, â€Å"After five months of starvation, hard labor, beatings, and outright killings, only 945 were still alive on March 1, 1942† (Piper 372). The prisoners were evidently treated like animals with no rights, dignity, and privacy. Everything was taken from each individual such as clothes, jewelries and other material belongings. The Holocaust is a clear proof that this world has once gone too far in following the principle of â€Å"the survival of the fittest. † A person like Hitler had put matters in his own hands, which was a selfish thing to do. Nobody has the right to manipulate God’s creation because it annoys you or threatens your power. Concentration camps are the visible evidences that would always remind people of what selfishness, power, and racism can do to an entire race. The remains of these camps would always remind people of the reality that this world is a mortal place and that evil will always be present—unless we learn how to accept the shortcomings and difference of every person that we encounter. Works Cited Fischel, Jack. The Holocaust. Connecticut: Greenwood Publishing Group, 1998. Piper, Franciszek. â€Å"Auschwitz Concentration Camp: How was it Used in the Nazi System of Terror and Genocide and the Economy of the Third Reich† The Holocaust and History: The Known, the Unknown, the Disputed, and the Reexamined. Eds. Michael Berenbaum and Abraham Peck. Indiana: Indiana University Press, 2002. 371–386.