擁塞控制的 的英文怎麼說

中文拼音 [yōngsèkòngzhìde]
擁塞控制的 英文
noncongestion-controlled
  • 擁 : 動詞1 （抱） hold in one s arms; embrace; hug 2 （圍著） gather around 3 （擠著走） crowd; throng...
  • 控 : 動詞1 （告發;控告） accuse; charge 2 （控制） control; dominate 3 （使容器口兒朝下 讓裏面的液體慢...
  • 制 : Ⅰ動詞1 （製造） make; manufacture 2 （擬訂; 規定） draw up; establish 3 （用強力約束; 限定; 管束...
  • 的 : 4次方是 The fourth power of 2 is direction
  • 擁塞 : jam; congest
  • 控制 : control; dominate; regulate; govern; manage; check; cybernate; manipulate; encraty; rule; rein; c...
  1. Congestion control algorithm in large - delay networks

    大時滯網路中的擁塞控制演算法
  2. Thereafter, the article is utilized on the basis of congested mstfp that based on the congested control of tfrc, with the buffer control we put forward design plan of adaptive technique, and finish the demonstration of the adaptive technique through the test datum that acquired from the scheme that is built up in the lab

    其後，文章利用基於tfrc擁塞控制的mstfp （流媒體tcp兼容協議）和緩沖管理提出了流媒體網路傳輸自適應技術的設計方案及實現，並通過在實驗室架構網路測試方案，獲得數據完成對自適應技術的論證。
  3. There were many researches focusing on point - to - point congestion control based on tcp. studies of congestion control in multicast are still in experiment phase. hardly is there any congestion avoidance control used in most multicast applications

    目前，對基於tcp協議點對點傳輸模式中的擁塞控制研究較多，而組播中的擁塞控制的研究還處于實驗研究階段，大多數基於組播的應用還沒有一種合適的擁塞控制機制或完全沒有採用擁塞控制。
  4. The research of the frpiscn network congestion control

    網路擁塞控制的研究
  5. In the second part of this paper, it makes a detailed analysis among fluid - model - based, smith - principle - based and two - pd - controllers - based by comparing to the method and application of control theory. then it gets the laws to keep the control loop stable. in order to analyze the dynamic and transient characters, three congestion control algorithms mentioned above have been carried out in the nist atm network simulator and the successful outcomes are brought out

    本論文對atm網路abr業務擁塞控制的控制理論演算法進行了總結，簡要分析了其優點和缺點；運用控制理論的分析方法和觀點對基於流體控制模型、史密斯預估控制模型和雙重比例微分控制模型三種擁塞控制演算法加以具體的分析，從而分析了怎樣確保控制環的穩定性；在nistatm網路模擬軟體中嵌入以上三種擁塞控制演算法，從而對演算法的動態和瞬態特性進行模擬分析，以此證明控制演算法的有效性；最後提出了今後atm網路abr業務擁塞控制演算法的發展趨勢。
  6. The success of internet owes to the effective congestion control

    很大程度上internet的發展成功是其擁塞控制的有效執行。
  7. Therefore, researches on the congestion control field become more and more important

    所以，關于網際網路擁塞控制的研究也顯得越來越重要。
  8. Congestion control has arisen great attention since jacobson brought forward the concept of congestion control in 1988

    自從jacobson於1988年提出擁塞控制的概念以來，擁塞控制引起了人們極大的關注。
  9. Today ' s internet uses end - to - end congestion control whose implementation consists of end point and router mechanisms. both of them are studied in the thesis

    在這個端到端擁塞控制的實現中包括終端系統的機制和路由器的機制兩個有機部分。
  10. Firstly, the background and the cause of network congestion are introduced, and then the necessity of implementing congestion control is analyzed in detail

    本文首先概要介紹了internet中的擁塞現象產生的背景、原因以及實施擁塞控制的必要性。
  11. The senders adjust its load according the information. forecast feedback control meets the requirement of fairness and efficiency and overcome the disadvantage as above

    預測反饋控制滿足了擁塞控制的效率性和公平性的要求，克服了aimd演算法的上述缺點。
  12. Due to the end - to - end essence of tcp, the source algorithm of congestion control ca n ' t acquire enough information of intermediate network to control traffic ideally

    由於tcp端到端的本質，擁塞控制的源演算法無法利用網路中的具體信息進行理想地擁塞控制。
  13. The goals of internet congestion control are maximization of throughput, minimization of the average delay of packets and fair allocation of resources among users

    擁塞控制的目標就是要達到鏈路吞吐量的最大化、分組延遲的最小化和各用戶之間資源分配的合理化。
  14. In chapter one, a general introduction of tcp / ip protocol and qos routing is given. the development of tcp / ip network congestion control is introduced in detail

    第一章在介紹internet中的tcp ip協議以及qos路由的基礎上，系統地介紹了tcp ip網路擁塞控制的研究進展。
  15. In fact, it will be more effective for detecting and preventing congestion if the routers peilbini congestion control strategies, so ip congestion control strategies has been discussed widely in recent years. the ietf has proposed the solution by deploying active queue management in internet routers. in this paper, chapter one gives a general introduction to the network congestion control

    由於在路由器中引入相應的擁塞控制機制，使網路本身參與資源的控制工作可以更有效地實現對擁塞的監測和預防，因此近幾年ip擁塞控制策略成為當前網路研究的一個熱點， ietf建議在internet路由器上採用主動隊列管理機製作為ip層參與擁塞控制的手段，隨機提前檢測（ red ）演算法是ietf推薦的一種主動隊列管理演算法。
  16. We discuss structure of the end - to - end congestion control schemes with active queue management ( aqm ) in ip network from the control theoretic point of view. and propose a fuzzy logic based aqm which can improve the robustness of the control algorithms. give out the detailed simulations

    本文從擁塞控制的角度出發，強調路由器隊列管理在系統控制中的地位，並從閉環控制的角度出發，描述擁塞控制的結構，研究主動隊列的控制系統模型，設計了一種用於主動隊列管理（ aqm ）的模糊控制器，模擬證明了這種aqm演算法的有效性。
  17. Anymore, we study on how to reduce ethernet frame delay and access time uncertainty about real time communication. the main content in our paper include : the first chapter introduces basic conception about computer network congestion control

    本文的主要內容包括：第一章介紹計算機網路擁塞控制的基本概念，包括擁塞和擁塞控制的概念， internet中擁塞發生的原因，從數據鏈路層、網路層和傳輸層分別介紹擁塞控制演算法的概況。
  18. 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。
  19. The main contents and contributions are list below : ( 1 ) analysis of the qos guarantee system in the network and the different congestion control mechanisms ; focus on tcp end - to - end congestion control and the mechanisms implemented in ip routers ; compare the difference between mechanisms

    本文主要作了以下研究工作： 1 ）研究了目前qos研究體系，分析網路產生擁塞的根本原因與不同擁塞控制策略tcp擁塞控制與ip擁塞控制的運用。並對兩者進行了對比分析，指出各自的特點。
  20. In a word, it is the first task to control congestion efficiently to increase resource utilization and improve the quality of services. atm forum selects rate - based feedback control as the standard algorithm. it merely provides some constructive sketch without detailed plan

    Atm論壇採用基於速率的反饋控制方法作為實現擁塞控制的標準演算法，但論壇只給出該演算法設計的指導性建議並未明確規定具體實施方案。
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