系統(tǒng)規(guī)劃與管理師當(dāng)天每日一練試題地址：www.xomuzic.com/exam/ExamDay.aspx?t1=29

往期系統(tǒng)規(guī)劃與管理師每日一練試題匯總：www.xomuzic.com/class27-29-1.aspx

系統(tǒng)規(guī)劃與管理師每日一練試題（2018/6/19）在線測(cè)試：www.xomuzic.com/exam/ExamDay.aspx?t1=29&day=2018/6/19

系統(tǒng)規(guī)劃與管理師每日一練試題內(nèi)容（2018/6/19）

試題1： 試題解析與討論：www.xomuzic.com/st/3056420290.html
試題參考答案：D、D

試題2： 與多模光纖相比較，單模光纖具有 （）等特點(diǎn)。
A．較高的傳輸率、較長(zhǎng)的傳輸距離、較高的成本
B．較低的傳輸率、較短的傳輸距離、較高的成本
C．較高的傳輸率、較短的傳輸距離、較低的成本
D．較低的傳輸率、較長(zhǎng)的傳輸距離、較低的成本試題解析與討論：www.xomuzic.com/st/3061621099.html
試題參考答案：A

試題3： 試題解析與討論：www.xomuzic.com/st/3078415043.html
試題參考答案：C、D

試題4： 系統(tǒng)管理預(yù)算可以幫助IT部門在提供服務(wù)的同時(shí)加強(qiáng)成本/收益分析，以合理地利用IT資源、提高IT投資效益。在企業(yè)IT預(yù)算中其軟件維護(hù)與故障處理方面的預(yù)算屬于（）
A．技術(shù)成本
B．服務(wù)成本
C．組織成本
D．管理成本試題解析與討論：www.xomuzic.com/st/3093818910.html
試題參考答案：B

試題5： 軟件維護(hù)階段最重要的是對(duì)（）的管理。
A．變更
B．測(cè)試
C．軟件設(shè)計(jì)
D．編碼
試題解析與討論：www.xomuzic.com/st/3094429996.html
試題參考答案：A

試題6： 在IT外包日益普遍的浪潮中，企業(yè)為了發(fā)揮自身的作用，降低組織IT外包的風(fēng)險(xiǎn)，最大程度地保證組織IT項(xiàng)目的成功實(shí)施，應(yīng)該加強(qiáng)對(duì)外包合同的管理，規(guī)劃整體項(xiàng)目體系，并且（）。
A．企業(yè)IT部門應(yīng)該加強(qiáng)學(xué)習(xí)，盡快掌握新出現(xiàn)的技術(shù)并了解其潛在應(yīng)用，不完全依賴第三方
B．注重依靠供應(yīng)商的技術(shù)以及軟硬件方案
C．注重外包合同關(guān)系
D. 注重項(xiàng)目體系整體規(guī)劃試題解析與討論：www.xomuzic.com/st/3110025134.html
試題參考答案：A

試題7： 系統(tǒng)說(shuō)明書(shū)應(yīng)達(dá)到的要求包括  （  ）。  
  ①全面    ②系統(tǒng)    ③準(zhǔn)確  ④詳實(shí)    ⑤清晰    ⑥重復(fù)
A．①②③   
B．①②③④ 
C．①②③④⑤
D．①②③④⑤⑥
試題解析與討論：www.xomuzic.com/st/3130817742.html
試題參考答案：C

試題8： （ ）是為了實(shí)現(xiàn)項(xiàng)目的目標(biāo)，對(duì)項(xiàng)目的工作內(nèi)容進(jìn)行控制的管理過(guò)程。
A.項(xiàng)目范圍管理
B.項(xiàng)目時(shí)間管理
C.項(xiàng)目成本管理
D.項(xiàng)目集成管理
試題解析與討論：www.xomuzic.com/st/358411539.html
試題參考答案：A

試題9： 主機(jī)故障時(shí)通常需要啟用系統(tǒng)備份進(jìn)行恢復(fù)。根據(jù)所提供的備份類型不同，主機(jī)服務(wù)上有三種重啟模式。下列選項(xiàng)中，（ ）不屬于這三種重啟模式。
A.無(wú)負(fù)載啟動(dòng)
B.熱重啟
C.冷重啟
D.暖重啟
試題解析與討論：www.xomuzic.com/st/3867527898.html
試題參考答案：A

試題10： The purpose of a programming system is to make a computer easy to use. To do this, it furnishes languages and various facilities that are in fact programs invoked and controlled by language features. But these facilities are bought at a price: the external description of a programming system is ten to twenty times as large as the external description of the computer system itself. The user finds it far easier to specify any particular function, but there are far more to choose from, and far more options and formats to remember.
Ease of use is enhanced only if the time gained in functional specification exceeds the time lost in learning, remembering, and searching manuals. With modern programming systems this gain does exceed the cost, but in recent years the ratio of fain to cost seems to have fallen as more and more complex（1） have been added.
Because ease of use is the purpose, this radio of function to conceptual complexity is the ultimate test of system design. Neither function alone nor simplicity alone（2） a good design.
This point is widely misunderstood. Function, and not simplicity, has always been the measure of excellence for its designers. As soon as ease of use is held up as the criterion, each of these is seen to be（3） , reaching for only half of the true goal.
For a given level of function, however, that system is best in which one can specify things with the most simplicity and straightforwardness. （4） is not enough. Mooer’s TRAC language and Algol 68 achieve simplicity as measured by the number of distinct elementary concepts.
They are not, however, straightforward. The expression of the things one wants to do often requires involuted (復(fù)雜的）and unexpected combinations of the basic facilities. It is not enough to learn the elements and rules of combination; one must also learn the idiomatic usage, a whole lore of how the elements are combined in practice. Simplicity and straightforwardness proceed from conceptual（5） . Every part must reflect the same philosophies and the same balancing of desiderata. Every part must use the same techniques in syntax and the analogous notions in semantics. Ease of use, then, dictates unity of design, conceptual integrity.
（1）
A.systems
B.functions
C.programs
D.manuals
（2）
A.defines
B.can be
C.constructs
D.costs
（3）
A.stabilize
B.equalized
C.unbalanced
D.balanced
（4） 
A.Function
B.System
C.Straightforwardness
D.Simplicity
（5）  
75 
A.integrity
B.isolation
C.durability
D.consistency
試題解析與討論：www.xomuzic.com/st/386856138.html
試題參考答案：B、B、A、C、A