2018年中級通信工程師《綜合能力》上午題真題(十)

通信工程師 責任編輯:劉政 2018-10-23

摘要:以下為希賽網(wǎng)整理的2018年中級通信工程師《綜合能力》上午題真題第十部分,供大家一起交流與學習,更多資訊請關注希賽通信工程師頻道。十

2018年通信工程師考試已于2018年10月20日舉行,成績一般是在考后的2個月才會出來,為了方便大家對自己的成績做一個大概的估分,小編特將2018年通信工程師考試真題進行了整理,供大家學習參考,也可直接到希賽網(wǎng)2018年通信工程師真題匯總頁面進行在線估分。

2018年中級通信工程師《綜合能力》上午題真題(十)

91、在通信專業(yè)領域,復用技術(shù)中的FDM的英文全稱是()
A. Free Download Manager 
B. Frequency Division Multiplexing 
C. Fused Deposition Modeling 
D. Finite-difference Method

92、在通信專業(yè)領域,接入技術(shù)中的EPON的英文全稱是()

A. Ethernet Passive OpIical Network
B. Ethernet pasive Over Network
C. Ethernet Pas Optical Network
D. Ethernet Passive Optical NAT

93、在移動通信領域,TDD的英文全稱是()
A.Time Division Data
B.Technology Division Duplexing
C.Time reDivision Duplexing
D.Time Division Duplexing

94、在中網(wǎng)絡中,ARP的英文全稱是()

A.Add Resolution Protocol
B. Address Resolution Protect
C. Address Resolution Protocol
D. Address Result Protocol

95、WDM , on the other hand , makes it possible to transmit a large munber Of ( ) using,the same fiber , effectively sending a " rainbow " of colos , Where there was only one color before .

A.wavelength
B.wavelengths
C.color
D.colors

96、Computers and networks handle deliveing the mail , so that communicating mail users do not have to be()at the same or place .

A.present
B. parent
C. doing something
D. do something

97、閱讀下面的短文,回答問題
Scope , complexity ,and scale of even a single 5G netwoork are massively largherthan in today's networks .The main challenge is automation on all levels of the 5G eco system.without it , the network simply will not work; nei ther for the anticipated scale nor for the desired functional complexity .
Fundamentally , automation is realized bya largely self-governed network bound to varying business goals : ifs configuration , its services , how they are provided , and how it is managed . A governance model , ideally realized by policies , defines how these goals are implenented andmoni tored . Those policies can be low-level confi gurati on parameters , mid -level strategies or high-level intents and goals . Using a mix of these -policies implies translation between : top-down for realization and bottom-up for action / benefit and validation purposes .
Networks and models must address multiple , diverse constituencies . Human intervention should be kept to a minimum ( oversight ) . Managenment means monitoring and repair ; not control . Classic self capabilities are the benefits

The main challenge is ( )on all levels of the 5G eco-system
A.rate 
B.data 
C.automation 
D.managemont

98、閱讀下面的短文,回答問題
Scope , complexity ,and scale of even a single 5G netwoork are massively largherthan in today's networks .The main challenge is automation on all levels of the 5G eco system.without it , the network simply will not work; nei ther for the anticipated scale nor for the desired functional complexity .
Fundamentally , automation is realized bya largely self-governed network bound to varying business goals : ifs configuration , its services , how they are provided , and how it is managed . A governance model , ideally realized by policies , defines how these goals are implenented andmoni tored . Those policies can be low-level confi gurati on parameters , mid -level strategies or high-level intents and goals . Using a mix of these -policies implies translation between : top-down for realization and bottom-up for action / benefit and validation purposes . 
Networks and models must address multiple , diverse constituencies . Human intervention should be kept to a minimum ( oversight ) . Managenment means monitoring and repair ; not control . Classic self capabilities are the benefits

A ( ) model , ideally realized by policies , defines how these goals are implemented and monitored

A.goverment

B.governance
C.automation
D.automatic

99、閱讀下面的短文,回答問題
Scope , complexity ,and scale of even a single 5G netwoork are massively largherthan in today's networks .The main challenge is automation on all levels of the 5G eco system.without it , the network simply will not work; nei ther for the anticipated scale nor for the desired functional complexity .
Fundamentally , automation is realized bya largely self-governed network bound to varying business goals : ifs configuration , its services , how they are provided , and how it is managed . A governance model , ideally realized by policies , defines how these goals are implenented andmoni tored . Those policies can be low-level confi gurati on parameters , mid -level strategies or high-level intents and goals . Using a mix of these -policies implies translation between : top-down for realization and bottom-up for action / benefit and validation purposes . 
Networks and models must address multiple , diverse constituencies . Human intervention should be kept to a minimum ( oversight ) . Managenment means monitoring and repair ; not control . Classic self capabilities are the benefits

Human intorvention should be kepe on to a(  )

A.minimum
B.monitoring
C.repair
D.control

100、閱讀下面的短文,回答問題
Scope , complexity ,and scale of even a single 5G netwoork are massively largherthan in today's networks .The main challenge is automation on all levels of the 5G eco system.without it , the network simply will not work; nei ther for the anticipated scale nor for the desired functional complexity .
Fundamentally , automation is realized bya largely self-governed network bound to varying business goals : ifs configuration , its services , how they are provided , and how it is managed . A governance model , ideally realized by policies , defines how these goals are implenented andmoni tored . Those policies can be low-level confi gurati on parameters , mid -level strategies or high-level intents and goals . Using a mix of these -policies implies translation between : top-down for realization and bottom-up for action / benefit and validation purposes . 
Networks and models must address multiple , diverse constituencies . Human intervention should be kept to a minimum ( oversight ) . Managenment means monitoring and repair ; not control . Classic self capabilities are the benefits

The main idea of this shot article is(  ) 
A. the main challenge of 5G 
B. the compexity of 5G network 
C. a automation model 
D. human intervention

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