necessary traits 中文意思是什麼
necessary traits
解釋
必備特性-
Although the fossil skull lacked the anatomy necessary for hearing directionally in water ( a critical skill for living whales ), it clearly had the diagnostic cetacean ear traits
雖然那個化石頭骨缺少在水中聽方位（現生鯨豚不可或缺的本領）所需的構造，卻有鯨豚類特有的耳朵特徵，一點都不含糊。 -
So it is necessary to combine intelligent agent and e - business, for intelligent agent has the traits of self - decision, communication and intelligence
因為智能代理具有自主性、交互性、智能性等特點，所有必要將智能代理和電子商務結合起來。 -
Therefore, the paper sets forth their connotation of information asymmetry and uncertainty according to gmos traits. then, a dynamic hypothesis of the regulatory " balancing act " is given on the basis of expounding information scarcity and regulatory pressures on agricultural biotechnology. this adjustment has become necessary because governments need to balance emerging tensions between the informational needs of consumers and investors
為此，筆者根據轉基因農產品的特點，在闡述不對稱信息、不確定性決策內涵的基礎上，從分析信息需求與信息供給缺口、政策調整壓力入手，論述了「平衡法則」動力假設的主要內容，較為全面地表述了農業生物技術管理中的信息需求問題。 -
Although manucho ' s work permit still needs to be granted, united boss sir alex ferguson is confident the player has the necessary traits to make an impact in the barclays premier league
雖然馬努喬的工作簽證還有待批準，曼聯老闆弗格森爵士相信這名球員有足夠夠的實力在超級聯賽打出自己的一片天。 -
Although the congestion control research of host - ends has made great strides, the current queue management mechanism in router is not able to provide end - to - end congestion control mechanism to sustain the above environment, namely, the unfairness of assigned bandwidth or drop - rate for different types of flows and the synchronization of all tcp flows in network. so it is necessary to improve the classical queue management mecnanism such as drop _ tail and red in order to boost the qos ( quality of service ). this article analyzes the main traits of host - ends congestion control and all kinds of fashionable queue management machanism, which include queue mechanism with absolute priority, weighted fair queue mechanism and class - based queue mechanism
本文分析了主機端的擁塞控制機制和網路中路由器的現有各種隊列管理機制：絕對優先級隊列機制、加權公平隊列（ weightedfairqueue ） [ 1 ]機制、基於類的隊列（ class - basedqueue ） [ 2 ]機制以及red （ randomearlydetection ） [ 3 ]機制的主要特點，並重點針對ietf （ internetengineeringtaskforce ）推薦的把red演算法與明確的擁塞通告ecn （ explicitcongestionnotification ） [ 4 ]結合的方法進行了分析，發現隨著internet流量的日益遞增， red機制的依賴平均隊列長度來管理擁塞控制的演算法並不能有效地阻止包丟失：與drop - tail相比， red確實消除了對陣發流量（ tcp ）的偏見，但是增加了平滑流量（ udp ）的丟包概率。
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