2. 外语
  3. Read the article below and choose the best sentence from the list on the next page to fill each of the gaps. For each gap(1-

Read the article below and choose the best sentence from the list on the next page to fill each of the gaps. For each gap(1-

admin2017-04-19  105
问题     Read the article below and choose the best sentence from the list on the next page to fill each of the gaps.
    For each gap(1-8)mark one letter(A~H)on the Answer Sheet.
    Do not mark any letter twice.
              Smartphone Data to Give Early Warning of Earthquakes
    One day last August, in the early hours of the morning, a 6.0-magnitude earthquake rocked Napa Valley, waking people all around California’s famed wine region.【R1】______Once the quake was over, tracker company Jawbone gathered the data in a public graphic, using it to detail the differences in disturbance for life loggers in Berkeley, Oakland and San Jose.
    Now new research shows that sensors in smartphones can give early warning of an earthquake too.
    【R2】______Many of us walk around laden with devices that compile data on our movements and interests - data that seismologists now want to help spot the next major earthquake.
    At the US Geological Survey, Benjamin Brooks is looking to smartphones rather than finely tuned scientific instruments to predict big quakes. Smartphones come equipped with GPS sensors that can tell where you’re standing, give or take a few metres.【R3】______They can also sense a sudden lurch in one direction — the kind of movement that, when logged by many people at once, might be a sign of a seismic shift.
    "Imagine all of Portland was out at a cafe on a sunny day, and everyone’s smartphones were sitting on the table when one of these great earthquakes happened," says Brooks. "The whole city would appear to move."
    【R4】______One simulation explored a model magnitude 7.0 earthquake along the Hayward fault, and another used actual location data recorded at scientific stations during Japan’s devastating 2011 megaquake.
    Both scenarios suggested that data from around 5,000 people would be enough to spot the beginnings of a major earthquake, leaving about 5 seconds to warn major population centres that hadn’t yet felt its effects.
    When an earthquake is coming, a few seconds of warning can be crucial.【R5】______"You get out in front of the situation and inform people before any ill effects," says Brooks.
Smart sensing
    This isn’t seismologists’ first foray into smart phones. Two years ago, researchers at the California Institute of Technology in Pasadena came out with an app, Crowdshake, which monitors a phone’s accelerometer.【R6】______Until then, Brooks and his colleagues plan to keep putting smartphones to the test. In an upcoming pilot in Chile, about 250 phones will be stripped of their standard GPS cards and placed in boxes around the country, where they’ll lie in wait to record the next big earthquake.
    Others have found ingenious ways to tap into human activity to locate quakes. 【R7】______
    Whenever there’s a sudden surge of traffic to their website, they look at where visitors are accessing it from to get a sense of where the earthquake is and how strong it might be.【R8】______Within a couple of minutes, they have enough information to publish their first unconfirmed reports of the quake.
    "The internet is the nervous system of the planet," says Remy Bossu, secretary general at the centre. "If we want to make rapid earthquake information available to the public and authorities, we have to focus on the earthquakes that matter for them."
A. At the European-Mediterranean Seismological Center, seismologists rely on the internet to pinpoint where earthquakes are happening around the globe.
B. Many were wearing fitness trackers.
C. Unfortunately, with GPS data it isn’t as simple as building an app: Smartphone manufacturers don’t currently provide access to the raw data required.
D. While Jawbone’s post didn’t inspire confidence in the privacy of users’ data, it did make a point: Humans can be useful sensors.
E. On an ordinary day, these are what allow us to map our way to a store or geolocate our tweets.
F. Fire-station doors could start to raise, gas pipelines could automatically shut off, and city residents could jump to safety under a nearby desk.
G. They also monitor Twitter for relevant keywords.
H. Brooks and his colleagues have now tested what crowd sourced GPS data might look like in a real earthquake.
【R6】
选项
答案C
解析 空格前说两年前研究人员就曾设计出一款手机应用程序软件，用以监测手机的加速度。而C句紧接着谈到要获取GPS数据并不是仅仅设计出一款手机应用程序软件那样简单，因为现在的手机生产商并不会提供获取原始数据的方法途径。
转载请注明原文地址:https://kaotiyun.com/show/gT9d777K
本试题收录于： BFT阅读题库国际化人才外语考试（BFT）分类
0

BFT阅读

国际化人才外语考试（BFT）

相关试题推荐
随机试题
最新回复(0)