packet scheduling 中文意思是什麼

packet scheduling 解釋
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  • packet : n 1 包裹；小件行李；（郵件等的）一捆；小批；袋。2 （定期）郵船，班輪。3 〈英俚〉（打賭等中輸贏的...
  • scheduling : 編排；調度
  1. High speed uplink packet access ( hsupa ) is a new work item of technical specification release 6 in 3gpp. wcdma system. the techniques of this work item, i. e. node b controlled scheduling, hybrid arq with chase combining, shorter tti, are to improve the performance of uplink dedicated transport channels, i. e. to increase capacity and throughput and reduce delay

    在hsupa中通過採用基站nodeb控制調度、結合了軟合併的混合自動重傳請求（ harq ） 、更短的傳輸時間間隔（ tti ）等關鍵技術，不但增強了系統容量與覆蓋還使用戶設備（ ue ）能獲得更大的上行吞吐、更小的傳輸延時。
  2. We evaluate the user throughput performance of the scheduling algorithms which have no delay - constrainted, and the real - time packet delay performance and real - time traffic throughput performance of the ones which have delay - constrainted. chapter3 proposes a wireless packet scheduling algorithm which can support multi - services in hsdpa system

    對無時延約束的演算法，主要考察其對非實時業務的支持，即業務吞吐量性能;而對具有時延約束的演算法，主要考察演算法的實時分組時延以及實時業務吞吐量性能。
  3. The first scheduling algorithm used in unbuffered crossbar supporting variable length packet is ip - pim which is based on voq. when a matching of a head - of - packet cell is made, this matching is maintained until all cells of that packet have been transferred

    本文首先研究了不帶緩存的crossbar中的變長調度演算法，這些調度演算法都是在定長調度演算法的基礎上發展而來。基本的思想都是保持一個完整的數據包傳送完畢，再改變該通道交叉開關的狀態。
  4. A lot of applications in broad bandwidth ip network are based on non - real - time communication by comparison with atm. we present dynamic virtual rate scheduling policy and limited difference - of - clock hybrid packet scheduling. they do n ' t only guarantee upper bound of traffic delay that is equal to vc and wfq ' s, but also optimize non - real - time communication by way of preventing real - time traffic from unfairly engaging network resource

    相對atm網路，寬帶ip網路中有大量的網路應用以非實時通信為基礎，本文提出了動態虛速率調度策略和有限時鐘差混合包調度演算法，與vc 、 wfq等調度演算法相比，不僅同等地確保實時通信的最小時延上界，而且通過限制實時通信對網路資源的不合理佔用，使得實時通信和非實時通信公平合理地共享網路資源，優化了非實時通信的轉發性能，改善了網路資源的有效利用率。
  5. This thesis analyzes the differentiated service architecture and studies its control mechanisms of realizing ip qos, including packet marking policy, queue scheduling algorithm and packet dropping mechanism etc. after that a diffserv simulation platform is built using the improved diffserv model in ns2 ( network simulation 2 ) developed by u. c. berkeley and simulations have been done on it, which shows that the platform, can service different traffic flows and provide a better solution for realizing point - to - point ip qos. this thesis studies the control mechanisms of realizing ip qos in diffserv and does research work as below : firstly, this thesis studies the packet marking policies

    本文通過分析區分服務（ diffserv ）模型的體系結構，研究其實現ipqos的各種控制策略，包括分組標記策略、隊列調度演算法及擁塞時的分組丟棄機制等，利用加州大學伯克萊分校的ns2作為模擬工具，對其已有的區分服務模塊進行了改進和完善，搭建了區分服務模擬實驗平臺，並在該平臺上進行模擬測試，實現了對具有不同qos請求的業務流的區分服務，為實現端到端的ipqos提供了更好的解決方案。
  6. Packet scheduling for fibre channel switched fabric under hard real time constraints

    光纖通道交換機在強實時約束下的分組調度
  7. To denmostrate and evaluate the proposed algorithm in this dissertation, we use opnet ? modeler to model hsdpa packet scheduling simulation platform. the retalted modeling work is discussed in details in chapter4

    最後為了完成各種演算法的計算機模擬，我們利用opnet網路模擬工具搭建了hsdpa分組調度演算法的模擬平臺，其中包括了utran模塊， ue模塊，業務源模塊的建模實現。
  8. In chapter 4 we also describe some details of the packet scheduling algorithm. finally, we will introduce the hardware scheme of multiplexor

    最後我們將在第五章中討論復用設備中復接器部分的硬體結構。
  9. In this paper, we mainly focus on the software design of multiplexor, the design and simulation of packet scheduling algorithm and the implement of synchronic communication chip

    本論文的主體是語音?數據復接設備中多路復用器的軟體設計、調度演算法彷真和硬體設計中同步串列晶元的的實現。
  10. The techniques of the work item, i. e. node b controlled scheduling, hybrid arq, shorter tti, are to improve the performance of uplink dedicated transport channels, i. e. to increase capacity and throughput and reduce delay. cell - level system performance of hsupa is described through the simulation results, including cell throughput of uplink packet service, system delay, capacity, fairness of ues, radio resource occupation and system device utilization

    為了提高wcdma網路傳統的上行專用傳輸通道（ dch ）的性能，即提高覆蓋、吞吐量和減少延時， 3gpp決定開發hsupa技術，提出了增強型的上行專用傳輸通道（ e - dch ） ，這是一條新增的上行專用傳輸通道，專用於hsupa 。
  11. 2001, 148 : 175 - 180. 11 a melo jr., j manuel, a coello. packet scheduling based on learning in the next generation internet architectures

    另外，訂定fuzzy limit參數，利用此參數來判斷連結是否可以被建立，而fuzzy limit值如何定，將是本論文中評估的重點之一。
  12. In this mode, the packet descriptor queue occupied few chip resource, and made the hiberarchy scheduling module with thousands of queues possible

    在這種結構中，採用數據包描述符隊列佔用的晶元資源很少，使上千個隊列的層次化調度設計成為可能。
  13. In the packet switching network, packet scheduling algorithms in the routers and switches decide how to serve packets, admission control algorithms decide bandwidth reservation and release

    在分組交換網路中，分組調度演算法在交換機和路由器中決定著分組的服務規則，而接入允許控制演算法則決定著帶寬資源的預留和釋放。
  14. Networking, 2002, 10 : 666 - 678. 20 moon s h, sung d k. high - performance variable - length packet scheduling algorithm for ip traffic. in proc

    本文所提出的并行交換系統支持八種優先級的單播和多播業務，並能夠完全保證用於實時業務的最高優先級業務的延遲。
  15. In this paper, firstly i summarize the basic conception and the characteristic ofcdma systems. then i introduce in detail the radio resource management of cdmasystems and its important composing part contained power control, handoff control, call admission control, packet scheduling, and load control ; in this parti bring forwardthe theme of this paper - cac

    本文首先綜述了cdma系統的基本概念、特點，接著較為詳細地介紹了cdma系統的無線資源管理及它的幾個重要組成部分:功率控制、切換控制、接納控制、分組調度和負荷控制，從而簡單介紹了本文的主題? ?接納控制。
  16. A scheduling algorithm based on the two dimensional utility function is proposed to guarantee the packet drop ratio and play - out outage ratio of streaming application in the mixed service scenario

    摘要為保證混合業務中流業務較低的丟包率和中斷率，提出了一種基於二維效用函數的調度演算法。
  17. We divide traffic into two kinds : real - time and non - real - time, and present a new packet scheduling algorithm. the simulation results show that this algorithm not only provide different qos ( quality of service ) guarantees for real - time traffic ( voice ) and non - real - time traffic ( data ), but also can assign bandwidth fairly in long term

    我們提出一種符合統計時分復用（ stdm ）概念的分組調度演算法，將業務源按實時和非實時分為兩種固定優先級，在優先確保語音業務的實時性的情況下，對非實時業務源動態的分配帶寬，並通過彷真表明該演算法的實用性。
  18. Short packet first scheduling for variable length optical packet switching

    可變長光分組交換的短包優先調度
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