bandwidth management 中文意思是什麼

bandwidth management 解釋
帶寬管理
  • bandwidth : （帶寬）：電纜，鏈路或系統傳輸數據的能力。
  • management : n. 1. 辦理，處理；管理，經營；經營力，經營手腕。2. 安排；妥善對待。3. 〈the management〉〈集合詞〉（工商企業）管理部門；董事會；廠方，資方。
  1. The basic thought of the csapfba algorithm is : the edge routers perform the state management per flow, and the edge routers differentiate between the marked flows and the non - marked flows, and the edge routers insert the relevant information into the packet header by using dynamic packet state ; the core routers divide the output link bandwidth into two parts in the light of the state information of the packet header by using class - based queueing, and the core routers allocate proportionally the bandwidth to the marked flows according to their service profiles and the current network load, and the core routers allocate the bandwidth to the non - marked flows according to the principle of max - min fairness, and the csapfba algorithm can adaptively dynamically adjust the bandwidth allocation between the marked flows and the non - marked flows

    本文在csfq演算法的基礎上，提出了一種核心無狀態的自適應的成比例公平帶寬分配csapfba （ core - statelessadaptiveproportionalfairbandwidthallocation ）演算法。 csapfba演算法的基本思想是：在邊界路由器完成基於每個流的狀態處理，將所有的流分成標記流和非標記流兩種類型，採用dps技術將有關信息編碼進分組頭；在核心路由器根據分組頭中攜帶的狀態信息採用cbq策略，將輸出鏈路帶寬分成兩部分，對標記流根據當前的網路負荷按照服務規格成比例地分配帶寬，對非標記流按照最大最小公平性原則分配帶寬，並且能自適應地動態調整帶寬分配的比例。
  2. Generalized multiprotocol label switching : an overview of routing and management enhancements. ieee communications magazine, 2001, 39 : 144 - 150. 19 fontaine m, smith d g. bandwidth allocation and connection admission control in atm networks

    在論文中，將針對波長的使用效率路徑的長度波長轉換器使用的個數及點對點傳送所花費的網路資源，來評估所研究的演算法執行效能。
  3. The effect of dynamic bandwidth allocation on active queue management performance

    動態帶寬分配對主動隊列管理性能的影響
  4. Vertical handoff is one significant challenge for mobility management in heterogeneous wireless networks. compared with horizontal handoff, vertical handoff involves different wireless network technologies varying widely in terms of bandwidth, delay, coverage area, power consumption, etc. in this paper, we analyze the signal strength model of mobile node and present a new vertical handoff decision algorithm

    目前，通過移動和無線通信系統接入internet的方式可分為兩大類，一類是基於蜂窩的接入技術，如cdma ， gprs ， edge等一類是基於局域網的技術，如ieee 802 . 11 wlan ， bluetooth ， homerf等。
  5. Our researching work developed a high performance fast ethernet switcher with networking management, which is one of the best solution schemes of fttb ( fiber to the building ) in intelligence uptown. this ethernet switcher can give each terminal user 1 oombps network bandwidth and make two multimode fiber ports bound into a logic port

    本課題研製了一種基於網路管理的高性能快速以太網交換機，該以太網交換機是智能小區的光纖到樓的最佳解決方案之一。該以太網交換機能提供給每一個終端用戶100mbps的網路帶寬，並且能將兩個多模光纖的物理埠捆綁成一個邏輯埠。
  6. The scale, facility, setup mode and the topper application are increasing, but the network management system still adopts a centralizing structure based on manager / agent model. in the centralizing structure, the network management system can ’ t change with the scale and complexity, which made the system bigger and bigger. all management logic is computing in one workstation, that will occupy too many bandwidth, depress performance and made the workstation become the weakest part, if the workstation overrun or dead, agent can ’ t come back because it must wait manager ’ s command

    目前，我國電信網路正處于高速發展中，網路的規模越來越大，設備種類越來越多，組網方式越來越多樣化，應用越來越復雜，但是網路管理系統仍然普遍採用管理員/代理的集中式管理方法，在集中式網路管理模式中，網管系統不能隨著網路規模和復雜度的變化而變化，致使網管系統越來越龐大;網路管理邏輯全部集中在一個管理工作站中計算，需要佔用大量的帶寬來傳輸設備數據，有效性差，同時管理工作站是系統中最脆弱的部分，一旦管理方超負荷或死機，代理方因為必須等待管理方的指令而無法恢復系統，導致系統崩潰。
  7. This involves convergence between qos and bandwidth control, convergence between control and management, dynamic routing, protection conversion, etc.

    研究qos和帶寬控制、控制和管理的融合，研究動態選路和保護倒換等。
  8. High capacity bandwidth cross - management equipment is a new type of network element, which can integrate all the access and transfer facilities into a single network node

    大容量帶寬交叉管理設備是一種新型的網路單元，它可以把所有的接入設施和傳送設施綜合在單一的網路節點內。
  9. It has functions as follow : address resolution, access control, id verifying, bandwidth control, safety examination, domain management, call control signalling and call management etc. in order to cooperate with tcs, intelligent terminal is developed

    它能提供基於h . 323協議下很重要的功能，例如提供地址解析、訪問控制、身份驗證、帶寬控制、安全檢查、域的管理、呼叫控制信令以及呼叫管理等。
  10. To avoid a terminal occupy channel excessively, access admission - base m - dcf ( aa - mdcf ) and its suggestion model are proposed. by combining subnet bandwidth management and ack mechanism in mac layer together, aa - mdcf can reduce the send rate of ack frame and prevent a terminal consuming wireless resource excessively

    為防止一個終端過多地佔用無線資源，提出了基於接入允許的改進型dcf : aa -入idcf ，通過子網帶寬管理sbm和mac層確認機制的結合，降低ack的發送速率，限制一個終端對無線資源的過度消耗，並給出了建議的實現模型。
  11. It is conformed to the h. 323v4 and relevant national standards and ensures interoperability. besides the functions specified in h. 323, such as address translation, admissions control, zone management, call management and bandwidth control, it can satisfied with the requirements defined by users, such as web management, dynamic modification of running parameters, nat environment and fees calculation

    它符合h . 323國際標準第四版和相關國內標準，能夠和其它h . 323設備互通，具有地址解析、呼叫接入、區域管理、呼叫管理和帶寬控制等協議中所規定的功能，還支持web管理，運行參數動態修改，以及支持nar運行環境和能夠計費等其它來自客戶的應用功能需求。
  12. We also propose another mobility management scheme ( mfmip ) to overcome the ping - pang effect when mobile host mobile access internet in the future wireless overlay network, where a number of networks offer similar coverage and bandwidth on the same overlay level. 5

    該演算法根據移動主機的位置信息、運動方向、速度，以及無線網路屬性，動態選擇最佳基站進行注冊，有效地克服了採用標準協議產生的乒乓效應，大大提高了吞吐性能。
  13. The combination of full concatenation of the sonet payload and atm bandwidth management also gives carriers the ability to offer new data services, such as virtual private network services at native lan speeds

    Sonet負荷的全部連入與atm帶寬管理的結合也給予了電話公司提供新型數據服務的能力，如以本地局域網的速度提供虛擬專網服務。
  14. Bandwidth management policy for optical burst - switched networks

    光突發交換網的帶寬管理策略
  15. Bandwidth management in grids

    網格中的帶寬管理
  16. To understand why bandwidth management is so critical, we need to look at why letting a grid run wild - without any kind of bandwidth management - is a problem

    要理解為什麼帶寬管理這么重要，我們需要看一下為什麼讓網格無約束地運行- -沒有任何形式的帶寬管理- -會有問題。
  17. Here, bandwidth management is a case of monitoring the current performance of the client or providers in the grid and only assigning work to a client that has both the capacity and the required performance

    這里，帶寬管理就是監視網格中客戶機或者提供者的當前性能、並只向同時具有能力和所需性能的客戶機指派工作。
  18. Whatever the grid type, bandwidth management is a question of manipulating a number of different variables to support your system and to maximize the grid s performance bandwidth while reducing the effects on your network or cpu bandwidth

    不管是何種網格類型，帶寬管理都是要對若干個變量進行調整以支持系統並使網格性能帶寬最大化，同時減少對網路或者cpu帶寬的影響。
  19. Ieee electronics communication engineering journal, 1996, 8 : 156 - 164. 20 shiomoto k, chaki s, yamanaka n. a simple bandwidth management strategy based on measurements of instantaneous virtual path utilization in atm networks. ieee acm trans

    在模擬的結果中，我們可以發現使用fc - rwa確實更能掌握網路的狀態以判斷建立連結與否，並將可以避免浪費網路的資源以達到較好的傳輸品質。
  20. The most efficient approach is called full concatenation, which involves joining the multiple pipes that make up a sonet link. the larger the concatenated signal, the greater the potential statistical gain from using atm bandwidth management

    效率最高的方法被稱為全面連入，它把構成sonet鏈路的多個通道連結起來，連在一起的信號越多，從使用atm帶寬管理得到的潛在統計收益就越大。
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