2019年交通银行秋季招聘考试试题

90、10月9日运抵洋山深水港的首届中国国际进口博览会最大“吨位”展品，来自（  ）的“金牛座”龙门铣床，在办理了进口换单后，于11日上午正式向上海海关报关。上海海关在确认单证信息清晰准确之后，对龙门铣床进行了快速放行。

A、法国

B、英国

C、德国

D、荷兰

91、首届中国国际进口博览会将于2018年（  ）上海举办，宇宙行近日发布以“工迎进博、行遍寰宇”为主题的专属综合金融服务方案，将借助宇宙行广泛的全球布局、丰富的产品体系和优良的金融服务水平，全面对接做好进博会的各项金融服务。

A、11月3日至10日

B、11月5日至7日

C、11月5日至10日

D、11月1日至3日

92、10月8日召开的国务院常务会议确定进一步完善（  ）政策，加快（  ）进度，有利于深化供给侧结构性改革、推动实体经济降成本，也有利于应对复杂国际形势、保持外贸稳定增长。

A、进口增税，增税

B、进口降税，降税

C、出口退税，退税

D、出口免税，免税

93、9月26日交通银行成功发行市场首单基于区块链技术的（  ）资产支持证券。这是交行敢为人先，主动拥抱金融科技的创新探索，也是通过该技术打造开放、共享的交银投行生态圈的重大突破。

A、个人有价单证质押贷款

B、个人住房抵押贷款

C、个人小额信用贷款

D、个人经营性贷款

材料

Acknowledging that so-called cloud computing will blur the distinctions between computers and networks, about two dozen big information technology companies plan to announce a new standards-setting group for computer networking. The group, to be called the Open Networking Foundation, hopes to help standardize a set of technologies pioneered at Stanford and the University of California, Berkeley, and meant to make small and large networks programmable in much the same way that individual computers are.

The changes, if widely adopted, would have implications for global telecommunications networks and large corporate data centers, but also for small household networks. The benefits, proponents say, would be more flexible and secure networks that are less likely to suffer from congestion. Someday, they say, networks might even be less expensive to build and operate. The new approach could allow for setting up on-demand "express lanes" for voice and data traffic that is time-sensitive. Or it might let big telecommunications companies, like Verizon or AT&T, use software to combine several fiber optic backbones temporarily for particularly heavy information loads and then have them automatically separate when a data rush hour is over. For households, the new capabilities might let Internet service providers offer remote services like home security or energy control.

The foundation's organizers also say the new technologies will offer ways to improve computer security and could possibly enhance individual privacy within the e-commerce and social networking markets. Those markets are the fastest-growing uses for computing and network resources. While the new capabilities could be crucial to network engineers, for business users and consumers the changes might be no more noticeable than advances in plumbing, heating and air-conditioning. Everything might work better, but most users would probably not know- or care- why or how.

The members of the Open Networking Foundation will include Broadcom, Brocade, Ciena, Cisco, Citrix, Dell, Deutsche Telekom, Ericsson, Facebook, Force10, Google, Hewlett-Packard, I.B.M., Juniper, Marvell, Microsoft, NEC, Netgear, NTT, Riverbed Technology, Verizon, VMWare and Yahoo. "This answers a question that the entire industry has had, and that is how do you provide owners and operators of large networks with the flexibility of control that they want in a standardized fashion." said Nick McKeown, a professor of electrical engineering and computer science at Stanford, where his and colleagues' work forms part of the technical underpinnings, called OpenFlow.

The effort is a departure from the traditional way the Internet works. As designed by military and academic experts in the 1960s, the Internet has been based on interconnected computers that send and receive packets of data, paying little heed to the content and making few distinctions among the various types of senders and receivers of information. The intelligence in the original Internet was meant to reside largely at the end points of the network-the computers-while the specialized routing computers were relatively dumb post offices of various size, mainly confined to reading addresses and transferring packets of data to adjacent systems. But these days, when cloud computing means a lot of the information is stored and processed on computers out on the network, there is growing need for more intelligent control systems to orchestrate the behavior of thousands of routing machines. It will make it possible, for example, for managers of large networks to program their network to prioritize certain types of data, perhaps to ensure quality of service or to add security to certain portions of a network. The designers argue that because OpenFlow should open up hardware and software systems that control the flow of Internet data packets, systems that have been closed and proprietary, it will cause a new round of innovation focused principally upon the vast computing systems known as cloud computers.

94、What is the main purpose of the Open Networking Foundation?

A、To make networks less expensive to build and operate

B、To enhance the capabilities of network engineers

C、To set new standards for computer networking

D、To promote cloud computing

95、"Orchestrate"in Para.5 probably means    .

A、harmonize

B、comply

C、integrate

D、conform

96、 The possible benefits of the standardized technologies will not include     .

A、growing use of computing in the e-commerce market

B、software for data rush hours

C、improved computer security

D、networks that are less expensive to build

97、 Which of the following is NOT true about OpenFlow according to the passage? ( )

A、It deviates from the traditional Internet.

B、It is meant to help with the storing and processing of information on computers.

C、It is an initiative of Nick McKeown and his colleagues.

D、It will trigger new innovations in the field of cloud computing.

98、It can be inferred from the passage that       .

A、The open networking foundation will be led by Stanford and the university of California, Berkeley.

B、With the setting of new standards, operators of large networks will have more flexibility of control.

C、People will have a better understanding of the distinctions between computers and networks thanks to cloud computing.

D、Cloud computing will involve more routing computers than the traditional internet.

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