label switching 中文意思是什麼
label switching
解釋
標簽交換式-
High - speed, muti - services and economy have become the major issues of the future ip backbone technology as far as thes poiflt is concerned, thes paper explores layer 3 switdrig technology which separates control component and forward compontal in the traditional roulers. two forwarding al gori thms - - - - d ata - driven mo d el and top olo gy driven model are also compared, a next generation ip backbone echno l o gy - - - - multiproto co l label switching is developed, with its operation and its deployinent in traffic engineering, c1ass - ofservce and virtual private network
本文從未來ip骨幹網技術所要求的高速化、多業務支持、經濟性出發，介紹了在傳統路由器基礎上將控制部件和轉發部件分離的第三層交換技術，比較了數據驅動模型和控制驅動（拓撲驅動）模型兩種轉發演算法，並由此引出下一代ip骨幹網路技術? ?多協議標記交換，闡述了其工作原理以及在流量工程、服務等級區分和虛擬專用網中的應用。 -
Fifth ieee symp. computers and communications, antibes, france, july 3 - 6, 2000, pp. 773 - 778. 12 viswanathan a, feldman n, wang z, callon r. evolution of multiprotocol label switching
此外，演算法所建立的路徑，盡量減少封包傳送時經過波長轉換器的次數，以避免封包延遲或丟棄，並增加封包傳送的效率。 -
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。 -
In this paper, we will review the features, main components of mpls and its qos mechanism ( such as interserv, diffserv, te ). and then we will describe the design and the implementation of mpls network simulator, which supports the establishment of lsp as well as any other basic mpls functions such as ldp and label switching and various approaches which can be used to support differentiated services in mpls environment and implement diffserv + mpls in ns
本文中，我們對mpls的基本協議，體系結構以及它的qos機製做了回顧。然後，設計並實現了一個基於ns的mpls模擬環境，它支持基本的mpls功能（如ldp ，標記交換， lsp的建立等） 。接著，我們在基本mpls協議的基礎上，實現了基於di邢ery的qos保證。 -
Based on multi - protocol label switching ( mpls ), a general multi - priority restoration mechanism is proposed considering survivability requirements of different kinds of application
摘要不同應用對生存性的要求不同，為此，提出了一種基於mpls的多優先級綜合控制故障恢復機制。 -
With the constraint of subcarrier switching path, a subcarrier label assignment strategy in satellite subcarrier switching networks was proposed for unsymmetrical transmission
摘要分析了衛星通信副載波標記交換網路中網路對動態業務條件下非對稱業務傳輸的適應問題，提出了一種副載波標記劃分策略與資源分配演算法。 -
Generic requirements of multipriotocol label switching
多協議標記交換mpls總體技術要求 -
Multi - protocol label switching
多協議標記交換 -
According to the platform of guizhou power mpls / vpn ( multiprotocol label switching / virtual private network ) data network, the thesis mainly study how to realize the fusion of various professional service systems, and ensure the requirements of security, stability, extensibility, feasibility and in the coordination with local services in order to ensure the large - scale access of services. mpls improves the technology of the private network construction
基於目前建設的貴州電力mpls / vpn （多協議標記交換/虛擬專用網）數據網路平臺，論文主要探討如何實現各專業系統網路的融合，保障各業務系統安全性、穩定性、可擴展性、可用性以及與本地業務的高度協同性等方面的要求，最終實現規模性的業務接入。 -
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。 -
Multi - protocol label switching ( mpls ) is a key enabling technology for next generation networks. it was originally conceived to combine the flexibility of ip hop - by - hop routing with the quality of service and traffic engineering benefits of connection - oriented protocols such as atm
Multi - protocollabelswitching （ mpls ）是下一代網路的重要技術，它mpls吸收了atm和ip的優點，將atm的面向連接和ip的選路結合一起。 -
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。 -
Mpls multi - propocol label switching
多重協議標簽交換 -
Mpls multiprotocol label switching
多協議標簽交換 -
Multiprotocol label switching
多協議標簽交換 -
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。 -
Mpls ( multi - protocol label switching ) as a new switching technique for the next generation network is currently a popular research topic
Mpls （ multi - protocollabelswitching ） ，即多協議標簽交換，作為下一代網路中的一項交換技術，正受到越來越多的人的關注。 -
Abstract : this article briefly analyses the interrelationship between ip and atm, which are core network technologies, and describers multi - protocol label switching ( mpls ), a new generation network technology that converges ip and atm, and its role in the process of convergence of the internet and the telecom network
摘要：簡要分析了作為網核心技術的ip與atm間相互關系，闡述了作為兩者融合的新一代網路技術即多協議標記交換（ mpls ） ，以及其在因特網與電信網融合演進過程中的作用。
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