標簽交換 的英文怎麼說

中文拼音 [biāoqiānjiāohuàn]
標簽交換 英文
label swapping
  • 標 : Ⅰ名詞1 [書面語] （樹梢） treetop; the tip of a tree2 （枝節或表面） symptom; outside appearance; ...
  • 簽 : Ⅰ動詞1 （簽名） sign; autograph 2 （簽署意見） make brief comments on a document3 （粗粗地縫） ta...
  • 交 : Ⅰ動詞1 （把事物轉移給有關方面） hand over; give up; deliver 2 （到某一時辰或季節） reach （a cert...
  • 換 : 動詞1. （給人東西同時從他那裡取得別的東西） exchange; barter; trade 2. （變換; 更換） change 3. （兌換） exchange; cash
  • 標簽 : label; tag; counter mark; pag; mark; tally; swatch （染布時用）; reader; price tag
  1. Device management assembles every individual hardware module into an uniform one, which ensures the other software modules running effectively ; forwarding is a process in which the data package is switched by mac, routed through ip address and forwarded by mpls label ; the control of forwarding is the core of this system, which effectively manages the forwarding path of the data package by every kinds of network protocol

    設備管理把各個獨立的模塊有機的組合成統一的整體，是其它模塊的有效運行的保證；轉發主要是數據包在交換機中進行二層交換、 ip路由和mpls標簽交換的過程；轉發控制是系統的核心，通過各種網路協議有效的管理數據包的轉發路徑。
  2. The key point of successful traffic engineer deployment lies in the setup of lsp - tunnel, whose construction is firstly determined by confirming the explicit - path. therefore, a path through the network without congestion must be found out

    流量工程的成功部署，關鍵是lsp - tunnel （標簽交換路徑隧道）的建立，而標簽交換路徑隧道的建立依賴于顯示路徑（ explicit - path ）的指定。
  3. We design a new algorithm - pmimd. the emphasis of the paper is to discuss the framework of the mpls network and the support for traffic engineering. i have learned several main topics about the traffic engineering based on mpls : how to map the data into lable ; how to map lable into fec. for the most important topicrhow to map traffic trunk into the actual topological network by lsp, i have designed a kind of adaptive traffic control mechanism called latc. the simulation expriments have proved the validity and the effect of latc

    本文還論述了mpls （多協議標簽交換）網路的架構及其對流量工程的支持，研究了基於mpls流量工程要解決的幾個主要問題：如何把數據包映射為轉發等價類，如何把轉發等價類映射為流量中繼等，並對其中最重要的一個：通過lsp （標簽交換路徑）把流量中繼映射到實際網路拓撲，提出了一種自適應流量控制機制? latc ；通過相應的模擬，驗證了該機制實施的合理性和有效性。
  4. ( email, web surf, broad band, multimedia, qos etc ) in 90 ' s, atm proved super excellent solution for performance and raffle engineering to isp. and many carriers found it is very economical to implement internet multi - service in atm network. but ip - based network is becoming more prevalent each year, pure atm based network is impossible in reality. in fact, today " s atm network is used to carry ip based traffic. so people wish to combine ip traffic and atm function in one network technology

    Mpls （ multiprotocollabelswitch ，多協議標簽交換）就是在這種背景下產生的一種技術，而且越來越被運營商看好，成為在ip網路運營商提供增值業務的手段。 mpls是「多協議標記交換」 （ multiprotocollabelswitching ）的縮寫。它是一種根據「帶路由信息」的標記進行分組交換的新型網路通信技術，結合了交換技術和路由技術的諸多特點。
  5. The major achievement of this dissertation is outlined in the following : 1. investigate the potential effect of switch routing on end - to - end service quality with both theoretical and experimental methods : it is found that service quality of lsp is better than that of ip routing if load on router is low or end - to - end bandwidth reservation is implemented, but lsp is more sensible to load on router. mpls must be used in company with policy based routing and packet classification to provide end - to - end qos service in internet ; 2

    使用理論分析和實驗測試相結合的方法詳細分析了交換路由對端到端傳輸質量的影響：研究表明，在鏈路輕載或預留帶寬的情況下，交換路由系統對數據流的服務質量優于傳統路由系統；只有綜合應用策略路由、數據報分類調度和標簽交換才能有效實現internet環境下對端到端服務質量的控制； 2
  6. The evolution history and trend for ason are analysised in this paper. then it concluded that ason is inevitably to take place of traditional optic network for its explicit defect in meeting requirement of modern service. then it explain the two typical hierarchy and function architecture network models, named overlay model and peer model

    論文分析了光網路的發展歷史及趨勢，指出了傳統光網路的不足及引入自動交換光網路的必要性，從層次結構和功能結構兩個方面分析了ason的網路體系結構及重疊和對等兩種網路模型，論文還分析了通用多協議標簽交換（ gmpls ）協議族及其在ason控制平面中的應用。
  7. The mpls technology was raised just in order to make the most of the switching technology in the core of the network and the ip routing technology on the edge of the network. before presenting the solution of the mpls, there are many integration model, the basic method adopted by them were all carry the control information from the ip router, and combine it with the transmition capability and the label switching of the atm switching machine, accordingly constructing a high speed and economic multi layer switching router. but, all these solutions can not communicate and just suit for adapting the atm as the second layer transmiting link, can n ' t work on other interface ( fr, ppp, and ethernet ), this is obviously conflict with the developing way of the based on packet of the internet

    多協議標簽交換（ mpls ）技術就是為了綜合利用網路核心的交換技術和網路邊緣的ip路由技術各自的優點而產生的。在mpls技術方案提出之前已有的各種集成模型解決方案所採取的基本方法都是從ip路由器獲取控制信息，將其與atm交換機的轉發性能和標簽交換方式相結合，從而構建成一個高速而經濟的多層交換路由器。但是，各種方案彼此不能互通，而且僅適用於以atm作為第2層的傳輸鏈路，不能工作在其他多種媒體（如幀中繼、點對點協議、以太網）中，這與internet基於分組的發展方向相矛盾。
  8. Owing to this situation, multiple solutions appear currently, which includes diffserve model, intserv model, mpls model and so on

    鑒於此，目前涌現出了多種服務質量的解決方案，包括區分服務模型、集成服務模型和mpls多協議標簽交換等。
  9. Then it demonstrated that layer 3 mpls vpn has high security, the ability of overloading multi - service, function of routing and can realize central management and configuration. it has mature and credible technology and is the most appropriate ip vpn technology for the development of telecom service provider. on the basis, it analyzed the security of mpls vpn and the characteristic of qos, and proved the high security of layer 3 mpls vpn, then by combing with technology of differ service and te ( transfer engineering ), it proved layer 3 mpls vpn can provide qos of low delay and high reliability to satisfy the need of telecom network

    論文首先討論了ipvpn的隧道技術及標志交換技術，尤其結合當前最新的技術詳細討論了標志交換中的三層mpls （多協議標簽交換） vpn技術和各類二層mplsvpn技術，論證了三層mplsvpn具有高安全性、多業務的承載能力、路由功能，可以實現集中管理和配置，技術上成熟可靠，是當前最適合電信運營商發展的ipvpn技術;在此基礎上全面探討了mplsvpn的安全及qos特性，說明了三層mplsvpn具有很高的安全性能，同時通過結合differservice技術及流量工程技術， mplsvpn能夠提供低時延、高可靠的qos保障能力，滿足電信網路運行的需要;並且根據當前最新的雙平面組網技術和iptn技術跟蹤分析了mplsvpn當前的最新發展趨勢和動向。
  10. This leads to great challenge to current network technology. for its outstanding ability on constraint - based routing and multi - protocol encapsulation, more and more isps accept mpls as fundamental technology for future networks

    依據在約束路由和多協議封裝兩方面的巨大優勢，多協議標簽交換（ mpls ）已經被越來越多的服務商接受為未來網際網路絡的基本技術。
  11. When a set of mpls nodes have information in their libs related to the same destination, a label switched path ( lsp ) has been created

    當一組mpls節點在它們的lib中擁有了與同一目的地有關的信息時，就建立起一個標簽交換通道（ lsp ） 。
  12. By improving the existing protocols of the ip network, the ietf developed the gmpls protocol, which can be used in various networks including the astn. this protocol pays particular attention to routing and signaling protocols and adopts the peer model

    Ietf通過對ip網原有協議的改進，提出了可應用於包括astn在內的多種網路的通用多協議標簽交換（ gmpls ）協議，主要側重於路由和信令協議，採用對等模型。
  13. Gmpls has many characteristics for lessening congestion and balancing load and presents a new path to implementing te. this study is a part of the gmpls research project charged by the research group of " wdm - based multi - service ason "

    Gmpls （通用多協議標簽交換）具有很多適合於緩解擁塞和平衡負載的特點，它的提出和發展為流量工程的實施開辟了一條嶄新的道路。
  14. In the peer model, both the customer and transfer layers use the common control plane and the general multi - protocol label switching ( gmpls ). since they use the same addressing scheme, routing protocol and signaling protocol, there is no uni protocol

    在對等模型中，客戶層和傳送層採用統一的控制平面，採用通用多協議標簽交換（ gmpls ） ，地址方案、路由協議和信令協議相同，因此沒有uni協議。
  15. Mpls multi - propocol label switching

    多重協議標簽交換
  16. Mpls multiprotocol label switching

    多協議標簽交換
  17. Also the very important factor quality of service ( qos ) is investigated, the different qos supports in the ip packet switch network are given and analyzed, including intr - serv mode and related rsvp and diff - serv qos mode. the architecture to guarantee the end - to - end qos over the different protocols and different network domains in transmitting the real time vocal data flow is provided

    此外，論文對于實時語音數據網路的服務質量qos保障進行了闡述，對于正在發展的ip網路qos保障協議包括資源預留協議、區分服務模式和多標簽交換協議進行了探討，並結合語音的ip網路特點，提出在整個系統中實現端到端的有保障qos的實現方式。
  18. Application of mpls to cnc communication network

    多協議標簽交換技術在網通通信網中的應用
  19. Multiprotocol label switching

    多協議標簽交換
  20. Multi - protocol label switching ( mpls ) is a technology that can address ever - increasing network requirements

    多協議標簽交換（ mpls ）是一項能解決不斷增加的網路要求的技術。
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