首页
外语
计算机
考研
公务员
职业资格
财经
工程
司法
医学
专升本
自考
实用职业技能
登录
外语
These days searching for a number【C1】______ telephone directory seems very old-fashioned. Voice recognition systems are becoming
These days searching for a number【C1】______ telephone directory seems very old-fashioned. Voice recognition systems are becoming
admin
2017-03-15
86
问题
These days searching for a number【C1】______ telephone directory seems very old-fashioned. Voice recognition systems are becoming more and more【C2】______: the best of them apparently recognise 49【C3】______.
These devices save companies a huge amount of money. Stephen Evans in New York has been talking to the machines and to the men who design them. I had a bit of a Basil Fawlty moment, the other day. I rang 411,【C4】______ which now uses a voice recognition system. I told the machine I wanted the number for "Harlem Auto Mall" and she—for【C5】______—replied "Harlem Public School 154". No doubt like lots of people, I【C6】______.
Machines, you see, have personalities, and hanks, phone companies, railways and 【C7】______ are spending a lot of money trying to find out what kinds of voices to give the machines that speak to us, the public, on their behalf.
Much of the research【C8】______—Room 325 in McClatchy Hall—in Stanford University in California. It’s the site of the drily-entitled but fascinating laboratory for " 【C9】______", and the domain of a genial, enthusiastic professor called Clifford Nass who studies, quite simply, how people and machines get on, particularly when【C10】______.
In his lab, a stream of students and local people of all shapes and sizes undergo tests.【C11】______ are played to them and their reactions noted: "Did you trust that voice?" "Did this one have authority?"
Generally, the tests show that people are【C12】______ than by male ones. On the upside, male voiced machines are perceived to【C13】______. One of the results of that, for example is that in Japan a stock-broking company used a female voice on its machine to give information on stocks and shares but then a male one【C14】______.
Now, in many parts of the world, when you hire a car, you get a navigation system—a little electronic map on a screen with a machine voice. In America, it’s a female voice. She tells me, say, to【C15】______ and—I fancy, at least—gets exasperated if I don’t follow her directions: "Recalculating Route", she snaps,【C16】______.
Now, in Germany when they tried a similar system, men reacted against being given directions by a female voice so it had to【C17】______. Old people, by the way, take advice more readily from young people than from people of their own age.
【C18】______. Professor Nass is working on a system where the machine-voice changes according to how you address it. He’s discovered that irritable drivers can calm down if 【C19】______ is subdued—though, for some reason that he doesn’t quite understand, calm drivers get wound up by subdued, low-key voices that don’t vary in pitch. So the next task is to vary the system’s voice according to how grumpy you, the driver, are. If you sound【C20】______, the machine will change tone to calm you down.
【C13】
These days searching for a number in a five-centimetre-thick telephone directory seems very old-fashioned. Voice recognition systems are becoming more and more common and efficient: the best of them apparently recognize 49 out of every 50 words.
These devices save companies a huge amount of money. Stephen Evans in New York has been talking to the machines and to the men who design them. I had a bit of a Basil Fawlty moment, the other day. I rang 411, the American directory enquiries which now uses a voice recognition system. I told the machine I wanted the number for "Harlem Auto Mall" and she—for this machine had a female voice—replied "Harlem Public School 154". No doubt like lots of people, I found myself ranting.
Machines, you see, have personalities, and banks, phone companies, railways and all kinds of alleged helplines are spending a lot of money trying to find out what kinds of voices to give the machines that speak to us, the public, on their behalf.
Much of the research is conducted in a small room—Room 325 in McClatchy Hall—in Stanford University in California. It’s the site of the drily-entitled but fascinating laboratory for "Communication between Humans and Interactive Media", and the domain of a genial, enthusiastic professor called Clifford Nass who studies, quite simply, how people and machines get on, particularly when the machines talk to the people.
In his lab, a stream of students and local people of all shapes and sizes undergo tests. Voices of different ages and accents are played to them and their reactions noted: "Did you trust that voice?" "Did this one have authority?"
Generally, the tests show that people are less persuaded by female voices than by male ones. On the upside, male voiced machines are perceived to have energy and authority. One of the results of that, for example is that in Japan a stock-broking company used a female voice on its machine to give information on stocks and shares but then a male one to make the actual sale.
Now, in many parts of the world, when you hire a car, you get a navigation system—a little electronic map on a screen with a machine voice. In America, it’s a female voice. She tells me, say, to make a right in two miles and—I fancy, at least—gets exasperated if I don’t follow her directions: "Recalculating Route", she snaps, in her American English.
Now, in Germany when they tried a similar system, men reacted against being given directions by a female voice so it had to be taken off the market. Old people, by the way, take advice more readily from young people than from people of their own age.
Tone matters to drivers. Professor Nass is working on a system where the machine-voice changes according to how you address it. He’s discovered that irritable drivers can calm down if the voice on the navigation system is subdued—though, for some reason that he doesn’t quite understand, calm drivers get wound up by subdued, low-key voices that don’t vary in pitch. So the next task is to vary the system’s voice according to how grumpy you, the driver, are. If you sound aggressive to the machine, the machine will change tone to calm you down.
选项
答案
have energy and authority
解析
转载请注明原文地址:https://www.kaotiyun.com/show/lCSO777K
本试题收录于:
NAETI高级口译笔试题库外语翻译证书(NAETI)分类
0
NAETI高级口译笔试
外语翻译证书(NAETI)
相关试题推荐
ThetwopsychologistshadtomodifytheAmericanSignLanguagesomewhatinordertoaccommodatethechimpanzees’spontaneousges
TherearebothgreatsimilaritiesandconsiderablediversityintheecosystemsthatevolvedontheislandsofOceaniainandaro
Althoughmostofusthinkofthebrainasasingleframework,itisactuallydividedintotwohalves.
AlthoughtherearemanyskillfulBraillereaders,thousandsofotherblindpeoplefinditdifficulttolearnthatsystemTheyar
Seekingtoframehisnewadministrationasonewithafirmfocusonclosingthegapbetweenchildrenfromaffluentandpoorfami
下面你将听到的是一段有关儿童发展的讲话。儿童的生存、保护和发展是提高人口素质的基础,直接关系到一个国家和民族的前途与命运。中华民族素有“携幼”、“爱幼”的传统美德,中国古语“幼吾幼以及人之幼”流传至今。中国政府一向以认真和负责的态度,高
当前经济全球化不断发展,科学技术突飞猛进,为新世纪全球经济和社会发展提供了前所未有的技术条件。尤其是信息通信技术的发展,深刻地改变着人们的经济社会和文化生活方式。一方面,信息化为经济发展和社会进步提供了难得的数字机遇,而另一方面它也给我们带来了各
远古以来,我国各族人民就劳动、生息、繁衍在祖国的土地上。各民族之间建立了紧密的政治经济文化联系,早在两千多年前就形成了幅员广阔的统一国家。悠久的中华文化,成为维系民族团结和国家统一的牢固纽带。我们的先人历来把独立自主视为立国之本。中国作为人类文明
创新犹如竹笋。竹笋要在地底下生长许多年,然后像幼苗一样把头一抬,飞速窜高。
随机试题
混凝土模板工程设计的主要原则包括( )。
借料划线,首先要知道待划毛坯的误差程度,确定要借料的方向和大小,以提高划线效率。()
债权人的撤销权行使的形式()
位于颅中窝的是
采用FOB条件成交时,卖方欲不负担装船费用,可采用()。
不征土地增值税的房地产赠与行为包括的情况有()。
甲公司向乙银行借款,并以其所持有的某上市公司的股权用于质押。根据《物权法》的规定,该质权设立的时间是()。(2008年)
A注册会计师负责审计甲公司20×8年度财务报表。在了解内部控制时,A注册会计师遇到下列事项,请代为做出正确的专业判断。下列情形中,A注册会计师认为通常适合采用信息技术控制的有()。
材料:某试点高中想全面改革现有学业评价体系,过去百分制的分数将退出历史舞台,学生的成绩单上取而代之的将是A、B、C、D等12档等级。与过去的百分制不同,实行等级制后,学生成绩单上的成绩只是为了反映成长,而不是位置。新方案允许学生在部分课程上自由选择等级
质量为1g的质点受外力作用作直线运动,外力和时间成正比,和质点的运动速度成反比,在t=10s时,速度等于50cm/s,外力为39.2cm/s2,问运动开始1min后的速度是多少?
最新回复
(
0
)