翻译三级笔译实务-9及答案解析.doc
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1、翻译三级笔译实务-9 及答案解析(总分:100.00,做题时间:90 分钟)一、BSection Engli(总题数:1,分数:60.00)1.The tiny Isle of Man in the Irish Sea is not known as a vanguard of technology, but this month it was to serve as the test bed for the highly acclaimed third-generation mobile phones. A subsidiary of British Telecom (BT), the Br
2、itish phone company, cobbled together a network and prepared to hand out prototype mobile handsets to about 200 volunteers. But problems arose in the software that keeps track of each call as it moves from one towers range to anothers. BT postponed the trial until late summer, after a similar delay
3、announced a few weeks earlier by NTT DoCoMo in Japan. Whats the big deal? Arent thousands of mobile calls “handed off“ every day from one “cell“ to another without a glitch? They are indeed. But third-generation technology, or 3G, is so radically new that it requires a rethinking of just about every
4、 aspect of how mobile phones work, from the handset to the transmission masts to the software that runs them. For this reason, 3G are a massive engineering and construction project that will take years to complete and cost hundreds of billions of dollars. The magnitude of this effort has somehow bee
5、n forgotten in the mad scramble to be first out. The handover problem is a case in point. When you talk on a conventional mobile phone, your call is beamed as a continuous stream of digital data to the nearest receiver. The technology for handing these calls off from one area to the next was worked
6、out years ago. But a 3G phone is different it bundle up the data into little packets and sends them through the airwaves, one at a time. This creates the impression of an Internet connections being “always on,“ which is good news. But keeping rack of these data bundles from one region to the next is
7、 a daunting engineering problem - and, more to the point, a brand-new one. NEC, the Japanese phone company that supplies BT with equipment for its Isle of Man trail, hasnt had time to work it out. Handset makers also have work to do. The 3G technologies have so many features; only a wonder gizmo cou
8、ld handle all of them, which is why none exists. The phones are not only supposed to work with 3G networks but also with the less sophisticated ( but cheaper and more useful) General Packet Radio Service (GPRS) technology already being installed on the continent and also with the current mobile phon
9、e standard, Global System for Mobile(GSM). Phones for corporate executives are also supposed to adapt to dozens of other standards around the world. Doing all this requires powerful, custom-built computer chips, which are tough to make quickly. A device that does so many things is bound to guzzle a
10、lot of power. Prototype 3G phones drain so much juice that theyve been known to get uncomfortably hot. Batteries that can keep a conventional phone running for days would fizzle in a 3G handset in a matter of minutes. Engineers are searching for alternative, but at the moment the lack of a long-last
11、ing battery is a major hurdle. None of these problems is insurmountable, but neither will they be resolved quickly. Analysts at Forrester Research in the Netherlands predict that even in 2005, when more than half of Europes phones will be connected to the Internet, fewer than 15 percent of them will
12、 use 3G. Thats a measure of this technologys complexity and immaturity.(分数:60.00)_二、BSection Chine(总题数:1,分数:40.00)2.就业是民生之本,是人们赖以生存和发展的基本经济资源。由于人口众多,劳动力资源丰富和经济结构调整等原因,中国目前面临巨大的就业压力。中国政府始终将促进就业作为国民经济和社会发展的战略任务,将控制失业率列入国民经济宏观调控的主要目标,合理调整就业结构,建立市场导向的就业机制,大力促进就业总量的增加,总体上保持了就业形式的基本稳定。 在增加基本建设投资,积极扩大内需,保持
13、国民经济快速发展的同时,中国政府通过产业政策的调整,重视发展具有比较优势和市场潜力的劳动密集型企业,积极发展多种所有制经济,鼓励灵活多样的就业形式,增加就业岗位,拓宽就业渠道。 为解决农村劳动力的就业问题,中国政府积极调整农业和农村经济结构,鼓励发展效益农业和劳动密集型农业,积极引导农村富余劳动力的合理流动。 为提高劳动者的文化素质和职业技能,中国政府通过多种途径,努力发展各类教育事业,努力建立一个全方位多层次的职业技术教育和培训体系。(分数:40.00)_翻译三级笔译实务-9 答案解析(总分:100.00,做题时间:90 分钟)一、BSection Engli(总题数:1,分数:60.00)
14、1.The tiny Isle of Man in the Irish Sea is not known as a vanguard of technology, but this month it was to serve as the test bed for the highly acclaimed third-generation mobile phones. A subsidiary of British Telecom (BT), the British phone company, cobbled together a network and prepared to hand o
15、ut prototype mobile handsets to about 200 volunteers. But problems arose in the software that keeps track of each call as it moves from one towers range to anothers. BT postponed the trial until late summer, after a similar delay announced a few weeks earlier by NTT DoCoMo in Japan. Whats the big de
16、al? Arent thousands of mobile calls “handed off“ every day from one “cell“ to another without a glitch? They are indeed. But third-generation technology, or 3G, is so radically new that it requires a rethinking of just about every aspect of how mobile phones work, from the handset to the transmissio
17、n masts to the software that runs them. For this reason, 3G are a massive engineering and construction project that will take years to complete and cost hundreds of billions of dollars. The magnitude of this effort has somehow been forgotten in the mad scramble to be first out. The handover problem
18、is a case in point. When you talk on a conventional mobile phone, your call is beamed as a continuous stream of digital data to the nearest receiver. The technology for handing these calls off from one area to the next was worked out years ago. But a 3G phone is different it bundle up the data into
19、little packets and sends them through the airwaves, one at a time. This creates the impression of an Internet connections being “always on,“ which is good news. But keeping rack of these data bundles from one region to the next is a daunting engineering problem - and, more to the point, a brand-new
20、one. NEC, the Japanese phone company that supplies BT with equipment for its Isle of Man trail, hasnt had time to work it out. Handset makers also have work to do. The 3G technologies have so many features; only a wonder gizmo could handle all of them, which is why none exists. The phones are not on
21、ly supposed to work with 3G networks but also with the less sophisticated ( but cheaper and more useful) General Packet Radio Service (GPRS) technology already being installed on the continent and also with the current mobile phone standard, Global System for Mobile(GSM). Phones for corporate execut
22、ives are also supposed to adapt to dozens of other standards around the world. Doing all this requires powerful, custom-built computer chips, which are tough to make quickly. A device that does so many things is bound to guzzle a lot of power. Prototype 3G phones drain so much juice that theyve been
23、 known to get uncomfortably hot. Batteries that can keep a conventional phone running for days would fizzle in a 3G handset in a matter of minutes. Engineers are searching for alternative, but at the moment the lack of a long-lasting battery is a major hurdle. None of these problems is insurmountabl
24、e, but neither will they be resolved quickly. Analysts at Forrester Research in the Netherlands predict that even in 2005, when more than half of Europes phones will be connected to the Internet, fewer than 15 percent of them will use 3G. Thats a measure of this technologys complexity and immaturity
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