network and trunk control 中文意思是什麼

network and trunk control 解釋
網路及干線控制
  • network : n. 1. 網眼織物。2. (鐵路、河道等的)網狀系統,網狀組織,廣播網,電視網,廣播[電視]聯播公司。3. 【無線電】網路,電路。4. 【計算機】電腦網路,網。
  • and : n. 1. 附加條件。2. 〈常 pl. 〉附加細節。
  • trunk : n 1 樹干 (opp branch); 軀干,身軀。2 本體,主要部分;(河的)主流;(鐵道等的)干線;大血管,大...
  • control : n 1 支配,管理,管制,統制,控制;監督。2 抑制(力);壓制,節制,拘束;【農業】防治。3 檢查;核...
  1. Traffic control for trunk roads based on fuzzy neural network and hierarchy control

    模糊神經網路分層遞階控制在智能交通系統中的應用
  2. The whole project focuses on how to design and realize the scst ( softswitch call server trunk ). the scst can provide the class 4 switch function for various access networks. also, as a service - providing platform, it works with service control point or application server to provide network users with the value - added services

    本課題研究的就是如何設計和實現軟交換中繼呼叫服務器,使其能夠匯接多種接入網路,並能作為統一的業務提供平臺,結合業務控制節點或者應用服務器為融合網路用戶提供智能業務及新型增值業務。
  3. We design a new algorithm - pmimd. the emphasis of the paper is to discuss the framework of the mpls network and the support for traffic engineering. i have learned several main topics about the traffic engineering based on mpls : how to map the data into lable ; how to map lable into fec. for the most important topicrhow to map traffic trunk into the actual topological network by lsp, i have designed a kind of adaptive traffic control mechanism called latc. the simulation expriments have proved the validity and the effect of latc

    本文還論述了mpls (多協議標簽交換)網路的架構及其對流量工程的支持,研究了基於mpls流量工程要解決的幾個主要問題:如何把數據包映射為轉發等價類,如何把轉發等價類映射為流量中繼等,並對其中最重要的一個:通過lsp (標簽交換路徑)把流量中繼映射到實際網路拓撲,提出了一種自適應流量控制機制? latc ;通過相應的模擬,驗證了該機制實施的合理性和有效性。
  4. As can 、 lin 、 uart 、 van, there are lots of car protocol coming out. among them, lin gives the whole network technology new energy and shows us a cheap and stabilized protocol. in this background, faw - volkswagen use the lin bus in the car comfort system, and it is a special word in the car, it mainly control the windows - lifter 、 locks - closedown 、 top lighting - controland baggage trunk.

    從lin總線的實現原理及舒適系統的組成結構入手確定了系統的測試內容;根據測試的內容確定了軟硬體的選擇,並進行了測控系統的整體結構設計和連接,完成了測試臺的搭建和調試;最後按照所要測試的步驟編寫了上下位機軟體。
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