congestion control mechanisms 中文意思是什麼

congestion control mechanisms 解釋
擁塞控制機制
  • congestion : n. 1. 【醫學】充血。2. （交通的）擁擠；（貨物的）充斥；（人口）過剩，稠密。
  • 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...
  • mechanisms : 機制
  1. Combining with the evolution of congestion control mechanisms, the existed technologies for congestion avoidance and recovery in ip networks are reviewed. the unsolved problems and hot spots in subdiscipline, such as tcp flow control, end - to - end flow control and enhanced mechanism in intermediate nodes, are summarized, and the advantages and disadvantages of all kinds of schemes for active queue management are emphatically analyzed

    本文回顧了ip網路中已有的擁塞控制技術；研究了internet中tcp的基於窗口的端到端擁塞控制方法以及ip層採用的擁塞控制機制，總結了tcp流量控制和中間節點增強機制等各研究子方向中需要解決的問題。
  2. Due to its function to penalize non - tcp - friendly flows, red - bc can stimulate the emplyment of end - to - end congestion control mechanisms, and alleviate the severity of danger of congestion collapse

    由於對非tcp友好流施加懲罰， red - bc能促進端到端擁塞控制機制的推廣，降低網路擁塞崩潰的危險。
  3. It may bring adverse effects on the existing tcp applications ( e - mail, www, and ftp ) and even cause network congestion and ultimately lead to congestion collapse. to tackle these problems, congestion control mechanisms have to be incorporated into continuous media applications

    由於現有流媒體應用採用的協議不具備tcp友好的特點，對目前因特網上佔主要地位的tcp業務（ e - mail 、 www 、 ftp ）帶來嚴重影響，導致網路擁塞，甚至發生擁塞崩潰。
  4. In chapter two we focus on tcp end - to - end congestion control strategies and the mechanisms implemented in ip routers. first the four kernel algorithms of tcp congestion control are described, and the improved schemes such as new - reno, sack and tcp - vegas are discussed either

    首先對tcp基於滑動窗口的擁塞控制機制的四個核心演算法：慢啟動、擁塞避免、快速重傳和快速恢復進行了詳細闡述，討論了當前的各種tcp擁塞控制改進方案，如newreno 、 sack 、 tcp - vegas等。
  5. 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。
  6. The developing congestion control mechanisms are the critical factor in the operation and robustness of internet

    不斷發展中的擁塞控制機制是保證網路運行與魯棒性的重要機制。
  7. Congestion control mechanisms based on end point are easy to be implemented and we do n ' t have to worry about that other uses may use the same ones

    為了解決這個問題，人們進行了大量的研究，提出了很多tcp友好擁塞控制機制。本文對這些擁塞控制機制進行了介紹。
  8. Meanwhile, to further solve the load balancing problem of manets, aolr introduced several mechanisms, such as the admission control mechanism, backward congestion restrain mechanism, shortcut enforcement mechanism, and the noise - encouraged route - selection mechanism, in order to dynamically perceive the load of nodes and increase the adaptability to it

    同時，為了進一步的解決自組網中的負載均衡問題，在aolr中引入了準入控制規則、擁塞反向抑制規則、捷徑增強規則以及噪聲選路規則，通過對節點負載狀態的動態感知增加節點對負載的動態適應能力。
  9. Many tcp - friendly congestion control mechanisms have been proposed for these applications, of which some are described in the thesis

    這些應用由於自身的原因是基於對擁塞沒有反應的udp的。
  10. Differentiated from the former markers, afm neither aims at some certain factors, nor tries to establish a precise mathematic model. on the contrary, afm follows a rule of result - oriented and reallocates the network resources in an adaptive manner, and thus gains high performance in the fairness of bandwidth sharing ; 3 ) the congestion control mechanisms of the current tcp have been proved to be effective for prevention of network collapse. however, with the development of network technologies, the insufficiencies of tcp are becoming increasingly severe, especially in the environment of heterogenous networks, the throughput performance of tcp is disappointing

    與以往的標記演算法不同的是，該演算法並不針對具體某一個因素對公平性的影響，也不試圖建立一個精確的數學模型，而是按「結果導向」以一種自適應的方式來對可用的網路資源進行重新分配，從而獲得很高的公平性； 3 ） tcp協議的擁塞控制機制已經被證明能有效地防止網路崩潰的發生，但隨著網路技術的發展， tcp協議的一些局限性也已經暴露出來了，尤其是在異構網路環境下，其吞吐量性能表現令人堪憂。
  11. Therefore, it is necessary to design the proper congestion control mechanisms to ensure the promised qos

    但是，隨著網路業務量的增加， atm網路的擁塞控制越發成為迫切需要解決的難題。
  12. It also is a hard problem and an active research area. since developing congestion control mechanisms is crucial to enable reliable multicast transport protocols to be deployed for the internet, the irtf reliable multicast working group has considered it a priority area

    然而，組播技術在internet上的大規模開發所面臨的一個主要挑戰就是擁塞控制，為了實現傳輸層組播協議的開發，組播擁塞控制是一個必須深入研究的問題。
  13. 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。
  14. In this paper, firstly, existing network congestion control mechanisms are studied and some shortages of current control mechanism in multicast environment are pointed out. then a network transfer feedback - control model is established

    借鑒傳統點對點的網路擁塞控制原理，運用系統控制的思想對網路傳輸控制進行研究，給出了用於組播傳輸的網路反饋控制信息模型。
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