Chinas Market Size essays

China's Market Size essays China's attractive market size and the economic advantages of opening factories there raise a host of controversial issues. Without even touching upon human rights issues, it is easy to see the problems inherent in China's demands that multi-national corporations transfer modern management skills and technology. Ideally, the relationship would be reciprocal: if companies choose to locate production facilities in China then they should be willing to share valuable information such as technological and managerial expertise. However, doing business in or with China is more complicated and tricky than this. Boeing and other companies would indeed risk losing sales if they transferred technology and/or managerial knowledge. Chinese companies that capitalize on this knowledge and technology would create an incredibly competitive market that would drive prices down and would also probably lower standards of quality. The repercussions for the environment as well as for human rights could be potentially devastating, as Chinese companies could operate with fewer restrictions and regulations in these areas. Because production costs would be potentially much lower for Chinese companies than for multi-nationals, it would be nearly impossible to compete with Chinese companies on the However, it is possible to strike a balance. If Chinese companies glean knowledge from the multi-nationals that locate there, such as Volkswagen, Isuzu, and Boeing, then perhaps import taxes could be levied on Chinese goods; that would at least ensure a fairer market. Transferring technology could benefit industries that might benefit from further innovativeness; if Chinese companies are taught the fundamentals of an industry it is likely that the industry as a whole could benefit from added Because the bottom line is the most important thing for such corporations, however, the most likely outcome of ...

Desert essays

Desert essays A desert is basically a wilderness or a wasteland. There is little moisture and poor soil such as sand gravel or rock. There are few plants to offer shade. Deserts can be described as harsh places. Many are burning hot by day and cold by night. Some deserts are cold in which snow sprinkles. Every continent has deserts. Much of the western United States is a desert. A desert region called the outback covers Central Australia. The southern tip of South America is largely desert. Northern Africa is covered by the Sahara, a desert as big as the mainland United States. The Arabian Peninsula, between the Persian Gulf and the red sea, is almost entirely dessert. A large part of central Asia, from China to the Caspian Sea, is mostly desert. Deserts cover 1/8 of our planet. Desert plants have adapted to heat and dryness of the desert. Plants that have adapted by altering their physical structure are called xerophytes. Xerophytes, such as cacti, usually it has special means of storing and conserving water. They often have few or no leaves. Phreatophytes are plants that have gotten used to arid environments by growing extremely long roots, allowing them to acquire moisture at or by the water table. Other desert plants, using behavioral adaptations, have developed a lifestyle in cooperation with the seasons of greatest moisture and the coolest temperatures. Theses types of plants are usually called perennials, plants that only live for several years, and annuals, plants that live for one season. Most desert animals have found a way to solve the heat and water problems the dessert environment creates for animals. Among the thousands of animals there are many remarkable structural adaptations made for avoiding excess heat. The lack of water creates a problem for all dessert organisms. Animals have an additional problem from plants they are more susceptible to extremes of the temperature. Animals receive heat by radiation from the s ...

Emerging Technology 2 Essay Example | Topics and Well Written Essays - 1000 words

Emerging Technology 2 - Essay Example There are basically two different ways in which green computing can be looked at. One of these is by considering the hardware that is being used in the processes. The other is by considering the software. Hardware in this case will mostly look at such things as the efficiency of data processing and the design of data centers. Software considers such aspects as cloud computing and algorithm tweaks that minimize power consumption improving efficiency (Harris 2008 23). Hardware One of the more recent technologies in this space is that of cloud computing. This allows large companies to basically distribute the costs of handling their data to a single company. This reduces the amount of data centers required to hold the numerous amounts of data. They also provide companies with the opportunity to consolidate their resources and hence minimize power usage and increase efficiency. One concern though that has been raised by this technology is that of the security of the data. This is from wh ere there is increased risk of the transfer of secure data from the companies to the data centers. There is the virtualization of both software and hardware. A good example is the running of two or more logical computers from a single set of hardware. This leads to the consolidation of resources that increases the efficiencies of running computer systems (Soomro & Sarwar 2012 539). Software One of the software green computing technologies that is begin applied is that of the utilization of green scheduling techniques and green compilers. Green compilers work through various processes to analyze the programs that a software is running on and then to reshape the source code of the software. They reshape the software by applying certain green aspects. A green scheduler on the hand works on how to allocate the resources to a program and how well to utilize these resources so as to make it more efficient. The concerns that are raised with these two modes of software engineering are that they require a balance between efficiency and effectiveness of the machine (Fakha, Javed, Rasool, Malik & Zulfiqar 2012). Conclusion There have been great improvements in the making of green computing systems. The current improvements are limited by the available hardware at the moment. It has been predicted that we are a few years away from deriving the maximum efficiency out of silicon based chips. A better scheduler is also required to improve the efficiency and effectiveness of the various green compliers currently available. Intelligent systems Abstract Intelligent systems are commonly used to refer to systems with artificial intelligence. It is difficult to generally classify these but they can be broadly classed as diagnostic, knowledge and expert. All these different categories apply three basic principles that have their various limitations. The major limitation is in the replication of human knowledge. This is a limitation that at present has greatly limited the developmen t of artificial intelligent systems. Introduction There has been a contention with how to think about intelligent systems with their being a variety of definitions. The one that may be used to explain an intelligent system may be that it is â€Å"