組播 的英文怎麼說

中文拼音 [zǔbō]
組播 英文
ospf multicast open shortest path first
  • 組 : Ⅰ名詞1 （由不多的人員組成的單位） group 2 （姓氏） a surname Ⅱ動詞（組織） organize; form Ⅲ量詞（...
  • 播 : 播名詞（姓氏） a surname
  1. To solve those problems, the application layer multicast ( alm ) technology has been proposed

    解決上述問題的方案之一是學術界重點研究的基於應用層的組播技術。
  2. Tabu - hierarchy genetic qos multicast routing algorithm in ngi

    組播路由演算法
  3. Some applications, such as network conferencing, distributed database exploitation, require simultaneously transmitting data to multipoint from one point. multicast is becoming a key requirement of network supporting multimedia applications. it appears at the telophase in 1980, turns into a international frontier and has already become a hostpot in this field

    某些特殊的應用，如網路會議、分散式數據庫開發等，都是需要把數據從一點同時發送到多點的問題，多點通信（組播）即multicast是網路支持多媒體業務的關鍵技術之一，產生於20世紀80年代末，已經迅速發展為一個國際前沿領域，成為研究的一個熱點。
  4. Solving qos multicast routing problem based on heuristic ant algorithm

    組播路由問題求解
  5. A multicast routing algorithm based on delay and bandwidth constrains

    組播路由演算法
  6. Unfortunately, the problem of finding multicast routing with qos constrained is a np - complete problem. so we can not solve the problem with the classical shortest path first algorithms such as bellman - ford and dijstra

    然而研究表明，由於qos組播路由帶有多個qos約束參數，因此qos組播路由問題是一個np完全問題，這使得它與傳統的路由過程不同，難以用經典的最短路徑優先演算法求解。
  7. The basic characteristics of the current data network are point - to - point, connectless, doing one ' s endeavor, no quality of service, etc. these characteristics do not meet the requirement of real - time services, therefore, the realization of voip need support of the some key technology. these technologies includes : speech sound coding and data compression, real - time transmission and control, mute compression and multicast, acoustic - echo cancellation and comfort noise generator, dynamic monitor and guarantee of quality of network service, as well as, the compatible of different network and different protocol with each other

    但現有的數據網路的基本特性：點對點的、無連接的、盡力而為的、沒有服務質量保證等特性並不適合與實時的業務要求，因此voip的實現需要一些關鍵技術的支持，這些技術包括：語音編碼和壓縮技術、實時傳輸和控制技術、組播技術、靜音壓縮和舒適噪聲生成技術、回聲消除技術、網路服務質量的動態監測和保證技術、以及不同的網路、不同的協議之間的互連互通等等。
  8. 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。
  9. 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。
  10. These restricts make source authentication difficultly accomplish in multicast environment

    這使得在組播環境中進行源認證非常困難。
  11. Key agreement scheme for dynamic secure multicast based on connected dominating set

    結構的動態安全組播密鑰協商方案
  12. Simulated results showed that the proposed algorithm is available to construct effectively and quickly, the multicast tree satisfying delay constraint and lowest link cost, with network load balance taken into account to pick out the cheaper idle route

    模擬結果表明，該演算法在考慮網路的負載均衡情況下，選擇鏈路代價較低的空閑路徑，快速、有效地構建滿足時延要求，鏈路代價最小的組播樹。
  13. Multicast research and implementation based on ipsec

    的組播研究與實現
  14. Design of iptv access network and multicast

    接入網和組播設計
  15. The thesis also describes the implementation of the reliable multicast data transmission system with the adaptation of alc and the above three key schemes. this system is applied in zju remote education broadcast - television - online project, one of the zhejiang province 5112 projects, and zhejiang rural technology information project, one of zhejiang province ' s major technology development projects

    本文最後論述了採用異步分層編碼和上面三個關鍵技術的可靠組播數據傳送系統的實現，並在杭州市「 5112 」項目?浙大遠教廣電在線項目和浙江省重大科技攻關項目?浙江省科技信息化村鎮項目上得到了應用，實際運行效果良好。
  16. Tcp - friendly multicast congestion control method

    友好組播擁塞控制策略探討
  17. It is known that end - point driven and static configuration agent based adaptive methods can not apply to analyze extension, dynamic and complexity properties of large - scale video multicast applications. to solve this challenging problem, we develop a hierarchical adaptive architecture for large - scale layered video multicast ( halvm ) based on dynamic self - organized agent. halvm decomposes a large - scale video multicast system into a series of hierarchical sub - systems of small - scale

    該體系綜合了代理的動態自組織協議和可伸縮性視頻轉換編碼技術，將復雜的大型視頻組播應用系統的動態自適應問題分解為層次化的小型視頻組播應用子系統，由發送者、接收者和層次化代理分佈完成自適應功能，是一個擴展性能好、管理與控制效率高的自適應解決方案。
  18. We then present a hsrm - based distributed floor control model to accommodate the application background of weblearning +, an ip - multicast based collaborative learning system. this floor control model is flexible, scalable and robust

    在hsrm的基礎上，我們結合基於ip組播的協同學習環境weblearning +的應用需求，設計了一個分散式組播發言權控制工具。
  19. A delay - constrained dynamic algorithm for multicast routing

    一個時延約束的動態組播路由演算法
  20. The application of genetic algorithm in multicast routing

    遺傳演算法在組播路由選擇中的應用
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