时间:2019-01-12 作者:英语课 分类:2016年VOA慢速英语(八)月


英语课

AS IT IS 2016-08-25 Driverless Cars to Carry Uber Passengers in Pittsburgh


To many people, it is still just a dream to use a driverless car. But this dream is now becoming a reality for people in the American state of Pennsylvania.


The ride-sharing service Uber will start using self-driving cars in a few weeks to carry passengers around the city of Pittsburgh.


Many companies – including Google, Apple and the big U.S. carmakers - are currently testing driverless vehicles. But this is the first time the American public will actually get to use them.


Free rides for Uber testers


The ride service will start out with Ford 1 Fusions 2 equipped with self-driving technology. People using Uber will request the cars through their smartphones. Rides in the self-driving vehicles will be free while the system is tested in Pittsburgh. Each car will have a driver in front, as a safety measure, to take control of the vehicle if needed.


Nidhi Kalra is an information scientist with the not-for-profit RAND Corporation. She says Uber’s driverless service will be important for the development of the technology. It will also give many people the chance to experience self-driving cars for the first time.


“It is exciting for the American public to be able to see up close what this technology looks and feels like. From a technical perspective, I think the advantage that Uber will have now is to understand how users interact with the autonomous 3 vehicle technology that they are developing.”


Uber Chief Executive Officer Travis Kalanick said the project is an important step forward. But he added that a lot of work is needed in the development of autonomous vehicles.


“We're catching 4 up fast, but we need to get to No. 1 quick,” he told the Associated Press. “We've got to be laser-focused on getting this to market, because it's not a side project for us. This is everything.”


Uber teams up with Volvo


Uber also announced a $300 million deal with an automobile 5 manufacturer, Volvo, to cooperate on self-driving technology and supply vehicles. In the future, Volvo vehicles will be part of the driverless fleet in Pittsburgh.


Kalra believes driverless cars will be used by car-sharing services in other cities in the coming years.


“By 2020, I would expect that somewhere in the country – and maybe multiple places in the country – a public user is able to call an autonomous vehicle to take them from point A to point B.”


But she said companies like Uber and its main competitor, Lyft, will have to consider several issues before expanding. These include laws regulating self-driving technology, population, climate and terrain 6 – the shape and condition of the land.


As for the users, Kalra said they are likely to accept autonomous driving technology very fast.


“If the technology is demonstrably safe, and it behaves in a way that they expect drivers to behave, then I think people will get comfortable very quickly - because it offers so many other benefits.”


Major U.S. automakers are hoping the public will quickly embrace the technology.


Self-driving cars to affect sales model


Ford recently announced plans to have a fully 7 driverless vehicle on the road by 2021. At first, the car – which will have no steering 8 wheel or pedal controls – will be sold to car-sharing services like Uber and Lyft. Later, it will go on sale to everyone.


Kalra thinks the increasing development of self-driving vehicles and popularity of ride-sharing services means many people in the future will not want or need to own a car.


“And so that’s the other trend. Is that it’s suggesting that Detroit automakers are looking at a slightly different business model - where they are selling you the ability to get around, rather than just sell you a car. And that’s a really new way of thinking about mobility 9 in the American transportation system.”


Words in This Story


advantage – n. something good that can help you succeed


autonomous – adj. independent, existing separately from other things


fleet – n. a group of vehicles owned and controlled by one organization


terrain – n. a particular type of land


demonstrably – adj. able to be proven or shown


embrace – v. to accept a new idea or way of doing something


pedal – n. a control on a piece of equipment that you push with your foot



n.浅滩,水浅可涉处;v.涉水,涉过
  • They were guarding the bridge,so we forded the river.他们驻守在那座桥上,所以我们只能涉水过河。
  • If you decide to ford a stream,be extremely careful.如果已决定要涉过小溪,必须极度小心。
熔合( fusion的名词复数 ); 核聚变; 联合; 合并
  • Fusions were common between strains from deciduous hosts or coniferous hosts. 来自阔叶树或针叶树寄生的菌系间融合是普遍的。
  • They were fusions which are evolutionarily programmed for. 它们是进化上已安排好的融合现象。
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。
adj.易传染的,有魅力的,迷人的,接住
  • There are those who think eczema is catching.有人就是认为湿疹会传染。
  • Enthusiasm is very catching.热情非常富有感染力。
n.汽车,机动车
  • He is repairing the brake lever of an automobile.他正在修理汽车的刹车杆。
  • The automobile slowed down to go around the curves in the road.汽车在路上转弯时放慢了速度。
n.地面,地形,地图
  • He had made a detailed study of the terrain.他对地形作了缜密的研究。
  • He knows the terrain of this locality like the back of his hand.他对这一带的地形了如指掌。
adv.完全地,全部地,彻底地;充分地
  • The doctor asked me to breathe in,then to breathe out fully.医生让我先吸气,然后全部呼出。
  • They soon became fully integrated into the local community.他们很快就完全融入了当地人的圈子。
n.操舵装置
  • He beat his hands on the steering wheel in frustration. 他沮丧地用手打了几下方向盘。
  • Steering according to the wind, he also framed his words more amicably. 他真会看风使舵,口吻也马上变得温和了。
n.可动性,变动性,情感不定
  • The difference in regional house prices acts as an obstacle to mobility of labour.不同地区房价的差异阻碍了劳动力的流动。
  • Mobility is very important in guerrilla warfare.机动性在游击战中至关重要。
标签: VOA慢速英语
学英语单词
2-CHLOROBENZYLAMINE
abandonate
allowable impact load
amphibianlike
barbey
barbier
benzisoxazoles
better-tasting
BKdusty pink
booking commission
bruderrat
butt joint welder
cardiac ventricle
caribbean subregion
catarrhal dyspepsia
christenly
circular flow of economy
class lists
clientela
contracted domain
Corypha
cronak method
cryptophialoidea secunda
deed registration fee
deflowereth
delay in payment
diogenes tumidus
dipping structure
dissidently
eastermost
endoscopic cold light source
ethynylbenzyl carbamate
eutelolecithal
exergonic
false-zero test
five-channel scanning radiometer
frost hygrometer
fug us
gel swelling
gingival border
hoale
i-deled
ice-shelves
icodextrin
incremental speed governing droop
insaner
internal spermatic veins
Ipililo
Johnstonebridge
joint operating procedure
ketoic
legal argument
life-holy
liquid scintillator detector
list-directed input/output statement
litmouse
Luconge
lynch-pins
mellow-soil plow
mentorlike
MEV, MeV, Mev, mev
myelomeningitis
Napicladium asteroma
nebularia contracta
neutron superfluidity
Nittendorf
ole-db
palpebral edema of the newborn
Penguin Beach
percentage of twist shrinkage
petrolisthes obtusifrons
primary cutaneous cryptococcosis
pronounces
propulsion parameter
Prügy
radioactive cemetery
radiomuscular
refollows
registry offices
relay return spring
roll-off area
RTTIs
sampling apparatus scattering area
so also do
space mark
spring swench
steinwachs
stokes' law of settling
tactical command ship
tangent-cone method
target domain
taxi pattern
thiosemicarbazone isonicotinaldehyde
track servo mechanism
trash boom
triaster egg
triple-digit
upright engine
video envelope
wash place
wideband coating
XIPHOSTOMIDAE