时间:2018-12-19 作者:英语课 分类:VOA双语新闻 2015年8月


英语课

人工智能双刃剑 服务于人也伤人


The notion of machines rebelling against humans has long been a theme of science fiction books and films. But as advances in computer processors and memory chips rapidly usher 1 us into the world of artificial intelligence, some scientists and technological 2 entrepreneurs are urging us to get ready for machines becoming more independent.


以机器反叛对抗人类的概念为主题的科幻小说和电影已经出现了很长一段时间,但是,随着电脑处理器和记忆芯片的快速发展正引领我们走入人工智能世界,一些科学家和技术创业者也敦促人们为机器将变得更加自主和独立做好准备。


For instance, the artificial brains called autopilots that have been flying airplanes for decades require the presence but not the focused attention of the pilot. But smart cars are going to be the first machines making independent decisions in close interaction with humans.


人工大脑,也被称为自动驾驶系统,已经用于驾驶飞机几十年。使用这个系统,飞行员只需要坐在驾驶舱,而不需要集中注意力操纵飞机。但是,智能汽车即将成为第一个能够通过与人进行互动,然后独立作出决定的机器。


Many feel uneasy about it. But Jerry Kaplan, a computer scientist and author of the book "Humans Need Not Apply," says smart cars will be much more cautious than humans and their style of driving will save many lives. He spoke 3 to VOA via Skype.


虽然许多人对此表示不安,但是计算机科学家、《人力不再适用》一书的作者杰里·卡普兰表示,智能汽车会比人更加仔细,并且这种智能的驾驶方式能挽救许多生命。


“I think when you take a broader picture, you have to recognize that we may be able to reduce the amount of carnage on our highways by 80, 90 percent” by using smart cars, he said.


他通过Skype对美国之音记者说:“我认为如果你从大局来看的话,你必须认识到智能汽车的使用可能使高速公路上的惨剧减少80%到90%。”


Advanced technologies have always been of great interest to the military, which is developing drones capable of flying without remote control. Some say the possibility of such weapons systems making decisions about life and death is much harder to accept than a smart car.


军队总是对先进的技术有极大的兴趣,他们正在研发能够不需要遥控的无人机。有些人说,像这样能够决定生死的武器系统的使用,相比智能汽车会更难让人接受。


“Who will be responsible for one of these weapons systems killing 4 an innocent person?" asked Toby Walsh, a professor of artificial intelligence at the University of New South Wales in Sydney. "It’s very unclear; we don’t have the framework in place to understand. Is it the person who built the autonomous 5 robot? Is it the person who built the program? It is the person who turned it on?”


新南威尔士大学的托比·沃尔什说:“如果这些武器系统杀害了无辜的人,谁来负责?这是非常不清楚的,我们没有适当的制度来搞清楚这个事情。是生产自主机器人的人,是创建这个项目的人,还是启动机器的人来负责呢?”


While some are calling for a worldwide ban on smart weapons, others point out that the components 6 for building them already exist — creating the danger that a rogue 7 nation or terrorist group could gain the upper hand. There are other reasons, too, for moving forward.


尽管一些人要求相关部门在全球范围内出台对智能武器的禁令,另有一些人指出,生产这些武器的零部件已经出现,一些无赖国家和恐怖组织在这方面已占据了优势,我们必须继续前进。


“There are very strong moral arguments that we need to develop these technologies because they reduce things like the so-called collateral 8 damage,” Kaplan said.


卡普兰说:“我们需要发展这些技术还有一个十分强有力的道德理由。由于使用这些技术,减少了许多所谓的军事行动的附带性破坏(比如军事行动造成的平民伤亡)。”


As the technology is racing 9 ahead, artificial intelligence may bring both good and bad things. And scientists warn that we have to do more to adjust to changing times.


随着技术的飞速发展,人工智能可能是一把双刃剑。科学家提醒人们,必须做更多努力去适应迅速变化的时代。


Kaplan said there is an interim 10 period "in which people are put out of work and people need to learn new skills, and unfortunately, because this is an accelerated pace of this kind of automation, those problems in the short run are going to get significantly worse.”


卡普兰说:“现在这个阶段于人们而言是一个过渡期,有些人失业,有些人需要学习新的技能。很不幸的是,因为发展这种自动化技术的步伐正大大加快,许多短时间内产生的问题正变得更加糟糕。”


While thinking about the changes artificial intelligence will create in our everyday lives, it may be worthwhile to remind ourselves of the First Law of Robotics, which famed science fiction writer Isaac Asimov suggested in 1942: “A robot may not injure a human being or, through inaction, allow a human being to come to harm.”


 


在考虑人工智能会给日常生活带来的变化时,科幻小说作家艾萨克·阿西莫夫提出的 “机器人第一定律”可能是值得我们想到的一个东西。他在1942年提出,“机器人不得伤害人类,或坐视人类受到伤害。”



1 usher
n.带位员,招待员;vt.引导,护送;vi.做招待,担任引座员
  • The usher seated us in the front row.引座员让我们在前排就座。
  • They were quickly ushered away.他们被迅速领开。
2 technological
adj.技术的;工艺的
  • A successful company must keep up with the pace of technological change.一家成功的公司必须得跟上技术变革的步伐。
  • Today,the pace of life is increasing with technological advancements.当今, 随着科技进步,生活节奏不断增快。
3 spoke
n.(车轮的)辐条;轮辐;破坏某人的计划;阻挠某人的行动 v.讲,谈(speak的过去式);说;演说;从某种观点来说
  • They sourced the spoke nuts from our company.他们的轮辐螺帽是从我们公司获得的。
  • The spokes of a wheel are the bars that connect the outer ring to the centre.辐条是轮子上连接外圈与中心的条棒。
4 killing
n.巨额利润;突然赚大钱,发大财
  • Investors are set to make a killing from the sell-off.投资者准备清仓以便大赚一笔。
  • Last week my brother made a killing on Wall Street.上个周我兄弟在华尔街赚了一大笔。
5 autonomous
adj.自治的;独立的
  • They proudly declared themselves part of a new autonomous province.他们自豪地宣布成为新自治省的一部分。
  • This is a matter that comes within the jurisdiction of the autonomous region.这件事是属于自治区权限以内的事务。
6 components
(机器、设备等的)构成要素,零件,成分; 成分( component的名词复数 ); [物理化学]组分; [数学]分量; (混合物的)组成部分
  • the components of a machine 机器部件
  • Our chemistry teacher often reduces a compound to its components in lab. 在实验室中化学老师常把化合物分解为各种成分。
7 rogue
n.流氓;v.游手好闲
  • The little rogue had his grandpa's glasses on.这淘气鬼带上了他祖父的眼镜。
  • They defined him as a rogue.他们确定他为骗子。
8 collateral
adj.平行的;旁系的;n.担保品
  • Many people use personal assets as collateral for small business loans.很多人把个人财产用作小额商业贷款的抵押品。
  • Most people here cannot borrow from banks because they lack collateral.由于拿不出东西作为抵押,这里大部分人无法从银行贷款。
9 racing
n.竞赛,赛马;adj.竞赛用的,赛马用的
  • I was watching the racing on television last night.昨晚我在电视上看赛马。
  • The two racing drivers fenced for a chance to gain the lead.两个赛车手伺机竞相领先。
10 interim
adj.暂时的,临时的;n.间歇,过渡期间
  • The government is taking interim measures to help those in immediate need.政府正在采取临时措施帮助那些有立即需要的人。
  • It may turn out to be an interim technology.这可能只是个过渡技术。
学英语单词
abdominal part
absolutely stable
absorbing state
adrenochromes
aluminium foils
asymmetric transformation
banded stilts
basivertebral vein
battologized
be let in on the ground floor
body feed
Buridan's ass
cash invoice
Chorzelów
chronographer
clip off
combined vibrating roller
compensating feedback loop
conus planorbis
cost objective
cotton production
cylinder by-pass valve
D-frame
data over voice
days of rest
deglamorization
derestrict
dextrotorsion
dispersion-equalization
ditching attitude
Dohans
electrical characteristics
externally-braced monoplane
fall-out of synchronism
forecaddies
golden eagle
Goldstein-Scheerer tests
graduated string
half-hunter
Haplopappus spinulosus
have analogy to
heating system
heliotridylamine
hildebrand
hotlines
hyuck
indirect type central air-conditioning unit
Internet suffix
Izena-jima
Kurdistani
lampyridaes
leukoplania
liquid waste receiver tank
local acceptance
lsi-cml circuit technology
magnetoresistance magnetometer
merions
metal surface plasmon and second harmonic generator
minimum graph
mohs scales
natural environment management
nervi ampullaris lateralis
neverless
occasional light
once and a way
ordinary life assurance
oscillator padding
Osipa
photocell matrix
piston curl
pivot hinge
pontes
prequalified tenderer
puffest
queueing system structure
reflux column
repair of side ditch
Revere, Paul
sample-reset loop filter
Scirpus rosthornii
scornliche
separation of spinal cord and arachnoid adhesions
silicon diode array
sope
speed through the water
stellite-faced valve
Subprime Meltdown
tee-times
toll free number
toroidal discharge
transitive law
trichomonal urethro-cystitis
under constraint
undistributed score
virus diarrhea
waltz through
white cypresses
wide anode
win ... over
Yak-141
yellow-necked mice
zygomorphic pea flower