热门试题:
[判断题]墙体中有门洞，在浇筑混凝土时，下料应从一侧下料，下完一侧再下另一侧。
[单选题]1.8 办理_______业务时，需要查验机动车。
A.补领号牌
B.补领机动车行驶证
C.补领机动车登记证书
D.换领机动车登记证书
[单项选择]男性，35岁，炼钢工人，工作中不慎被烧伤，烧伤深度诊断为Ⅲ0，烧伤面积达70%，目前应采用隔离措施是（）
A. 严密隔离
B. 呼吸道隔离
C. 消化道隔离
D. 接触性隔离
E. 保护性隔离
[多选题]【多选题】
下面关于OSPF报文描述正确的是?
A.接口加入OSPF区域之后会立即发送Hello报文
B.当收到LS Update报文后,该路由器会发送LSAck,予以确认
C.LS Update报文通过发送详细的LSA来同步链路状态数据库
D.LS Update报文仅在建立邻接关系的时候发送
[单选题]下列说法错误的是：
A.严禁员工利用工作、职务之便，为融资中介提供便利
B.严禁员工对外提供、泄露客户信息
C.严禁员工对外泄露我社审贷标准和各项审贷制度
D.为方便客户申请贷款，可以将我社审批标准在网络上公布
[判断题]同一行业的职业群体关于从业信念、职业操守、行业习惯、行为准则的总体观念和要求构成这个行业的职业规范。
[多选题]十九大报告指出，党政军民学，东西南北中，党是领导一切的。必须增强____，自觉维护党中央权威和集中统一领导，自觉在思想上政治上行动上同党中央保持高度一致。
A.政治意识
B.大局意识
C.核心意识
D.看齐意识
[多选题]下列选项中不是电力系统中性点安装消弧线圈的目的是( )。
A.提高电网电压水平
B.限制变压器的故障电流
C.补偿电网接地电容电流
D.消除潜供电流。
[判断题] 实验证明,在纯电容电路中,交流电的频率越高,容抗就越大。()
A.正确
B.错误
[多项选择]历史上，学校教育制度呈现出哪几种形态（）
A. 双轨制
B. 单轨制
C. 综合制
D. 分支型学制
[单项选择]系统/软件开发的原型化方法是一种有效的开发方法，下述基本环节中，哪一项是原型形成以后才应实施的内容
A. 识别基本需求
B. 开发工作模型
C. 修正和改进模型
D. 进行细部说明
[判断题]班纳特夫人为丽迪雅物色婚后的住所，要求房子离娘家近。
A.正确
B.错误
[单选题]线路上的伤损钢轨应用白铅油做好标记，连续轻伤有发展的标记是（）。
A.｜←△→｜
B.｜←△△→｜
C.↑△
D.↑△△
[不定项选择题]A.太阳病证
A.阳明经证
B.阳明腑证
C.少阳病证
D.少阴病证
E.口苦，咽干，目眩也，证属( )
[判断题]线路中断，旅客在发站或由中途站返回发站停止旅行时，退还全部票价。
A.正确
B.错误
[多项选择]全省农信社2015-2020年规划中指出，要大力拓展三大主体客户，具体是指（）
A. 大力拓展农村新型经济体
B. 大力拓展外出创业群体
C. 大力拓展涉农龙头企业
D. 大力拓展传统农户
[单项选择]18岁女孩，2小时前左下腹部剧烈疼痛，恶心呕吐2次，体温37.5℃。肛查子宫右侧触及活动良好、触痛明显、手拳大肿物。(以下2题共用题干)本例应采取的处理措施是（ ）。
A. 给予抗生素、止痛药，观察病情进展
B. 抗结核药物治疗
C. 进行腹部穿刺明确诊断
D. 进行腹腔镜检查明确诊断
E. 行剖腹探查
[填空题]芳烃抽提装置的主要产品有（）.（）.（）.（）.（）。
[判断题]评标委员会完成评标后，应当向中标人提出书面评标报告。
A.正确
B.错误
[单选题]列车出发后，外勤助理值班员返回行车室要擦(划)掉（）记载。
A.行车日志
B.占线板（簿）
C.作业计划
D.交接班簿
[判断题]在普速铁路施工限速地段，设备管理单位需进行巡查养护作业时，凭相关施工日计划在《行车设备检查登记簿》内办理巡查养护作业的登销记手续。
A.正确
B.错误
[简答题]整流元件的过电压是如何产生的，如何进行过压保护？
[单选题]只要金属部件内部有温差，就会产生( )。
A.热膨胀
B.热变形
C.热冲击
D.热应力。
[单项选择]城市控制性详细规划修改时，下列表述中不正确的是( )。
A. 修改内容不符合城市总体规划内容的，应先按法定程序修改总体规划
B. 由城市人民政府城乡规划主管部门组织修改，由本级人民政府审批
C. 组织编制机关应征求规划地段内利害关系人的意见
D. 规划草案应予公告，公告时间不得少于三十日
[判断题]禁止党员领导干部利用职务便利私自干预下级或者原任职地区、单位干部选拔任用工作。
[填空题]The Difference Engine: The Answering
Machine
A It was not quite a foregone
conclusion, but all the smart money was on the machine. Since the first
rehearsal over a year ago, it had become apparent that Watson—a supercomputer
built by IBM to decode tricky questions posed in English and answer them
correctly within seconds—would trounce the smartest of human challengers. And so
it did earlier this week, following a three-day contest against the two most
successful human champions of all time on ’Jeopardy!’, a popular quiz game aired
on American television. By the end of the contest, Watson had accumulated over
$77,000 in winnings, compared with $24,000 and $21,600 for the two human
champions. IBM donated the $1m in special prize money to charity, while the two
human contestants gave half their runner-up awards away.
B IBM has a long tradition of setting ’grand challenges’ for itself—as a
way of driving internal research and innovation as well as demonstrating its
technical smarts to the outside world. A previous challenge was the chess match
staged in 1997 between IBM’s Deep Blue supercomputer and the then world
champion, Garry Kasparov. As shocking as it seemed at the time, a computer
capable of beating the best chess-player in the world proved only that the
machine had enough computational horsepower to perform the rapid logical
analysis needed to cope with the combinatorial explosion of moves and
counter-moves. In no way did it demonstrate that Deep Blue was doing something
even vaguely intelligent.
C Even so, defeating a
grandmaster at chess was child’s play compared with challenging a quiz show
famous for offering clues laden with ambiguity, irony, wit and double meaning as
well as riddles and puns—things that humans find tricky enough to fathom, let
alone answer. Getting a mere number-cruncher to do so had long been thought
impossible. The ability to parse the nested structure of language to extract
context and meaning, and then use such concepts to create other linguistic
structures, is what human intelligence is supposed to be all about.
D Four years in the making, Watson is the brainchild of David
Ferrucci, head of the DeepQA project at IBM’s research centre in Yorktown
Heights, New York. Dr. Ferrucci and his team have been using search, semantics
and natural-language processing technologies to improve the way computers handle
questions and answers in plain English. That is easier said than done. In
parsing a question, a computer has to decide what is the verb, the subject, the
object, the preposition as well as the object of the preposition. It must
disambiguate words with multiple meanings, by taking into account any context it
can recognise. When people talk among themselves, they bring so much contextual
awareness to the conversation that answers become obvious. ’The computer
struggles with that,’ says Dr. Ferrucci.
E Another
problem for the computer is copying the facility the human brain has to use
experience—based short-cuts (heuristics) to perform tasks. Computers have to do
this using lengthy step-by-step procedures (algorithms). According to Dr.
Ferrucci, it would take two hours for one of the fastest processors to answer a
simple natural-language question. To stand any chance of winning, contestants on
’Jeopardy!’ have to hit the buzzer with a correct answer within three seconds.
For that reason, Watson was endowed with no fewer than 2,880 Power 750 chips
spread over 90 servers. Flat out, the machine can perform 80 trillion
calculations a second. For comparison’s sake, a modern PC can manage around 100
billion calculations a second.
F For the contest, Watson
had to rely entirely on its own resources. That meant no searching the Internet
for answers or asking humans for help. Instead, it used more than 100 different
algorithms to parse the natural-language questions and interrogate the 15
trillion bytes of trivia stored in its memory banks—equivalent to 200m pages of
text. In most cases, Watson could dredge up answers quicker than either of its
two human rivals. When it was not sure of the answer, the computer simply shut
up rather than risk losing the bet. That way, it avoided impulsive behaviour
that cost its opponents points.
G Your correspondent
finds it rather encouraging that a machine has beaten the best in the business.
After all, getting a computer to converse with humans in their own language has
been an elusive goal of artificial intelligence for decades. Making it happen
says more about human achievement than anything spooky about machine dominance.
And should a machine manage the feat without the human participants in the
conversation realising they are not talking to another person, then the machine
would pass the famous test for artificial intelligence devised in 1950 by Alan
Turing, a British mathematician famous for cracking the Enigma and Lorenz
ciphers during the second world war.
H It is only a
matter of time before a computer passes the Turing Test. It will not be Watson,
but one of its successors doubtless will. Ray Kurzweil, a serial innovator,
engineer and prognosticator, believes it will happen by 2029. He notes that it
was only five years after the massive and hugely expensive Deep Blue beat Mr.
Kasparov in 1997 that Deep Fritz was able to achieve the same level of
performance by combining the power of just eight personal computers. In part,
that was because of the inexorable effects of Moore’s Law halving the
price/performance of computing every 18 months. It was also due to the vast
improvements in pattern-recognition software used to make the crucial
tree-pruning decisions that determine successful moves and countermoves in
chess.
I Now that the price/performance of computers has
accelerated to a halving every 12 months, Mr. Kurzweil expects a single server
to do the job of Watson’s 90 servers within seven years—and by a PC within a
decade. If cloud computing fulfils its promise, then bursts of Watson-like
performance could be available to the public at nominal cost even sooner. Mr.
Kurzweil believes that once computers master human levels of pattern recognition
and language understanding, they will leave mankind way behind. By then, they
will have combined the human skills of language and pattern recognition with
their own unique ability to master vast corpora of knowledge.
J Will that mean game over for humans—with robots keeping people around
merely as pets ’Absolutely not’, says Oren Etzioni, director of the Turing
Centre at the University of Washington in Seattle. But it does mean, he notes,
that computers will be able to achieve vastly more than they can today. For a
start, super-smart machines capable of answering questions in English (or any
other natural language) will change search engines out of all recognition. No
longer will Google and Bing bombard users with hundreds or even thousands of
dumb links to dubious sources. Instead, people will get the unique and
meaningful answers they are seeking.Reading passage 2 has ten paragraphs, A-J.
Which paragraph contains the following information
Write the correct letter, A-J, in boxes on your answer sheet.
NB You may use any letter more than once.
the funded support from competitors in the contest
[单选题]服务价格应遵循（ ）原则，各项服务必须“明码标价”，充分履行告知义务，使客户明确了解服务内容、方式、功能、效果，以及对应的收费标准，确保客户了解充分信息，自主选择。
A.合规收费
B.以质定价
C.公开透明
D.减费让利
[单项选择]甲亢患者，经他巴唑治疗症状缓解后，甲状腺反而增大，其相应治疗措施是（）
A. 加大他巴唑剂量
B. 停用他巴唑
C. 加用甲状腺干制剂
D. 加用碘剂
E. 加用心得安
[判断题](2860)( )稳定车的计算机复位电路RST:当RST=1时,ICU内部寄存器清零。( )
A.正确
B.错误
[多选题]调车领导人应（）调车作业计划。
A.正确及时地编制
B.布置
C.确认
D.审核
[判断题]个人客户使用手机号作为签约手机号签约个人短信通后，可以继续将用该手机号签约企业短信通。
A.正确
B.错误
[单选题]运维人员(____)进行一次照明装置的检查维护。
A. 两月
B. 每季度
C. 每月
D. 半年
[简答题]伸缩缝、沉降缝、抗震缝各是防止什么而设置的？
[单选题]下列关于押品分类的表述正确的是( )。
A.银行的存量押品分为金融质押品、应收账款、商用地房地产和居住用房地产、其他押品四大类
B.公路收费权、采矿权均属于应收账款类押品
C.现金及其等价物、流动资产、出口退税账户均属于其他类押品
D.列入银监会《商业银行资本管理办法(试行)》及配套文件的合格押品目录，或经监管部门批准的押品方为合格押品，其余均认定为其他不可接受押品
[判断题]判断题(本题1分)其他风险包括集中度风险、银行账簿利率风险、流动性风险、声誉风险、战略风险和资产证券化风险,其 他事项主要是指估值。( )
A.正确
B.错误
