congestion control 中文意思是什麼
congestion control
解釋
擁擠控制- 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...
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Acc automatic congestion control information message
自動擁塞控制信息消息 -
Congestion control algorithm in large - delay networks
大時滯網路中的擁塞控制演算法 -
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。 -
After that, qos management methods are introduced, including packet classification, congestion control and buffer queue management. several queuing principles are compared such as fifo queuing, prioritized queuing and weighted fair queuing. tail drop and active queue management are also introduced in this part
同時對epon系統採用的qos管理策略做了詳細的闡述，分析了報文分類方法、擁塞管理策略、緩沖隊列管理策略，對比了fifo隊列、 pq隊列和wfq隊列等幾種主要的隊列特點，以及尾丟棄和主動隊列管理aqm的區別。 -
One can not make a single multicast congestion control scheme to meet requirements of all applications. rbmcc is to assess conge
本文中提出的rbmcc主要為大塊數據可靠傳輸類型的組播應用來解決擁塞控制方面的問題。 -
This is called congestion avoidance. three such congestion control schemes are introduced
本文介紹了三種基於終端系統的擁塞避免機制。 -
The algorithm of aimd, namely additive increase and multiplicative decrease, which is thought a good algorithm for congestion avoidance, has been applied widely in tcp congestion control
Aimd （ additiveincreaseandmultiplicativedecrease ）演算法是目前比較優秀的擁塞避免演算法，已經在網際網路的tcp擁塞演算法中得到了應用。 -
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。 -
On the respect of congestion control, at the same time of making some improvement on flid, a method of controlling total receiving flow of host adjusting to its performance is put forward in this paper
在擁塞控制上，本文對flid方法作了改進，同時提出根據不同的主機性能配置，控制總的接收流量，從而提高了接收效率。 -
Because of the unique issues in the networks, including mobility - induced disconnection, network partition, high out - of - order delivery ratios and channel errors, the congestion control and the error recovery in the network is challenging. in this environment, the interaction between tcp and mac layer protocols, the affection of route protocols on the performance of tcp and the particular congestion control and error recovery mechanism are first discussed. then a particular transport layer protocol scheme based on the non - feedback mechanism is presented, with emphasis on the analysis and simulation of the key parameter
文中主要討論了兩種不同網路結構中的無線tcp協議改進方案，其一在最後一跳為無線鏈路的網路環境中，針對基本tcp擁塞控制機制存在的缺陷，文中在現有解決方案的基礎上提出一綜合性的方案，其中包括無線鏈路的高誤碼率和連接斷開問題的解決，並重點對方案中出現的交叉層問題進行分析和模擬；其二，考慮的是分散式網路（ adhoc ） ，在文中較為詳細的分析了tcp和mac層機制間的相互作用、路由協議中造成tcp性能降低的因素、 adhoc網路中應採取的特殊擁塞控制和差錯恢復機制，在此基礎上提出了一種採用非反饋機制的解決方案，重點對方案中的關鍵參數進行分析和模擬，分析和模擬結果表明此機制可在很大程度上提高adhoc網路中tcp的性能。 -
As to the frequency domain methods, the physical significations of the h performance targets, the selection strategy of the weighting functions, loop - shaping and standard problems of robust h control are discussed. frequency domain design methods of robust h control are also introduced to solve the congestion control problem of the high - speed communication networks, which based on flow rate control
頻域方法方面研究了h性能指標的意義、權函數的選取、迴路成形及h控制標準問題；最後把h控制頻域設計方法應用於解決高速通信網路基於流速的擁塞控制問題。 -
The research of the frpiscn network congestion control
網路擁塞控制的研究 -
Tcp - friendly multicast congestion control method
友好組播擁塞控制策略探討 -
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。 -
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。 -
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。 -
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。 -
If the system is stable, the packets loss can be avoided. moreover the system can quickly use the increasing available bandwidth and the throughput of networks is increased. in this paper, chapter one presents a general introduction to the network congestion control
具體來說，系統穩定性時，可獲得更好的網路吞吐量和資源利用率，保持較高的鏈路利用率，同時能夠減少丟包率和排隊延遲，提高整個網路的服務質量（ qos ） 。 -
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。 -
Congestion control is essential for transporting streaming video, it is crucial for the robustness and stability of the internet
擁塞控制在視頻的流式傳輸中具有非常重要的地位，它對整個網路的健壯性和穩定性起著至關重要的作用。
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