mpls 中文意思是什麼
mpls
解釋
多協議標簽交換-
Comparison and study on atm and mpls network interworking
網路互通的比較及其研究 -
Frame relay mpls technical specification
在幀中繼上實現mpls的技術要求 -
In tranditional ip network, only the “ best effort ” service is provided, but the quality of service can not be guaranteed. though the interserv, deffserv and mpls are presented afterward to guarantee the qos for the ip network. but as a layer network, the realization of the qos function need span different layers ( such as rsvp protocol ) in the ip network, which may result in the function iterance and chaos
多媒體和實時業務的出現要求網路能夠提供足夠的qos保證，在傳統的ip網路中只能提供「盡量傳輸」的服務而不能保證服務質量，后來提出的綜合服務模型（ interserv ）以及區分服務模型（ deffserv ）以及mpls技術保證了ip網路上的服務質量，但由於ip網路是層次結構的網路，因此對qos的支持需要跨層（如rsvp協議） ，這就可能引起功能的重復和混亂，而微通信元系統是無層次結構的網路系統，就克服了這些的問題，變得簡單，效率更高。 -
Then, we talk about the inside details of this new qos model, describe the interfaces between mpls and prelate rsvp, between mpls and qos routing, between mpls and diffserv, and so on
之後把這一qos服務模型展開，分別闡述了mpls如何同diffserv的集成， mpls如何同qos約束路由的集成以及mpls同輕量級rsvp的介面等。 -
Besides, mpls can segment the aggregate traffic into routable subsets ( fecs ), and each fec may be routed over multiple paths ( lsps ) to achieve an optimal purpose
另外， mpls可以分割整體的數據流為不同的可路由子集（ fecs ） ，每一fec都可以路由到多條路徑上（ lsps ）以達到優化的目的。 -
Security, too, is a key issue for switching the traditional private nforork to vpn. security of mpls wn architectur is analyzed thorouguy in this thesis, including septheion of address space and route, hiding of the mpls core smicture, resistance of attacks, impossibi1ity of 1abe1 spoofing
安全性是虛擬專用網能否取代傳統專用網的關鍵，本文對mplsvpn體系結構的安全性進行了深入分析，包括地址空間和路由的隔離、隱藏mpls核心結構、抵抗攻擊、抵抗標記欺騙等，從而得出mplsvpn與atm framerelay具有相同安全級別的結論。 -
Several authentication methods are discussed, and several vpn implementation protocols that include pptp / l2tp protocol, ipsec protocol, socks protocol and mpls protocol are discussed. to implement access vpn, this dissertation use socks protocol, kerberos protocol and domestic cryptographical algorithm
針對遠程訪問vpn密碼系統的實現，我們採用socks協議做為vpn實現協議，使用kerberos協議來進行身份認證，使用國內專用密碼演算法來進行數據的加解密。 -
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。 -
Holistic design of mpls simulation model based on atm
模擬模型的總體設計 -
The main expression of the mpls supporting ip qos technology is that it ' s supporting on interserv and diffserv. the introducing of interserv and diffserv is put in the first chapter, the signalings adopted by these two services mainly are rsvp and cr - ldp, the introducing of the rsvp and cr - ldp are put in the 3rd chapter, in this chapter, we described the constrained routing technology of cr - ldp, the message realized in cr - ldp, the t / l / v in cr - ldp, the development of the rsvp - te, how to extend the rsvp to surpport lsp tunnel, the detail information of the rsvp tunnel, the extended rsvp how to establish a lsp tunnel, how to transmit the business through lsp, how to reroute the existing lsp and so on. adopting these two signaling technology on how to guarantee the mpls qos realization is put into chapter 4. the final part is a conclusion of this paper
Mpls對ipqos技術的支持主要體現在對集成服務和差分服務的支持上，對集成服務和差分服務的介紹放在第一章中進行，實現這兩種服務所採用的信令技術主要有rsvp和cr - ldp ，對rsvp和cr - ldp的介紹將放在第三章中進行，在這一章中對cr - ldp所採用的限制路由技術， cr - ldp中的消息實現， cr - ldp所採用的流量參數； rsvp - te的發展， rsvp怎樣擴展來支持lsp隧道， rsvp隧道信息詳細資料，擴展的rsvp如何建立一條lsp隧道，業務如何通過lsp傳輸，現有的lsp如何進行重路由，為internet核心而增強的lsp可擴展性這幾個方面進行了論述。 -
Since this paper is research about the ip qos based on the mpls, so we first introduce the presenting of the qos, the definition of the qos and those ip protocol which surpport the qos, in addition, it also include two type of network model raised by ietf whose purpose is to realize qos : interserv and diffserv
本文由於是研究基於mpls的ipqos技術，所以首先介紹的是qos問題的提出， qos的定義和支持qos的ip協議，還有ietf為實現qos而提出的兩種網路模型：集成服務模型和差分服務模型。 -
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。 -
An architectural model of diffserv / mpls backbone is proposed to provide reliable, fair - treating qos service in mpls networks. taking mpls as fundamental packet forwarding mechanism, diffserv as qos provisioning model, our framework relizes high quality network service while balancing load across backbone. defining relationship between interserv service type, diffserv service class and exp field of mpls label, the model could also provide efficient interconnecting service between different user networks
提出一種mplsdffeery骨幹網路模型：以mpp為基礎傳輸技術，以dffeery為服務質量控制模型，該骨幹網路模型綜合利用區分路由和前攝式多路路由方法實現對業務量的高質量傳輸和網路負載均衡；通過intersery服務類型、 dffeery服務類和mpde標簽中實驗欄位之間的相互映射，該骨幹網路模型實現對多類用戶子網的有效互聯；模擬結果顯示， dffeery mpls骨幹網路模型可有效實現端到端的服務質量控制和流量工程目標。 -
To solve the problem, many blue prints of ip qos have been brought forward at present, among which there are three representational theories : intserv, diffserv and mpls
針對這一問題，目前已經有了很多解決ipqos的方案，其中比較有代表性的理論是intserv ， diffserv和mpls三種。 -
In chapter 5, we expatiate a new mixed architecture of ip qos model, which uses mpls as its main body and uses the advanced ideas of intserv & diffserv as its assistant. mainly focus on the idea in design and the architecture of the model
第五章中以mpls為框架，以intserv和diffserv的模型中比較先進的思想為輔助，提出一種新的混合式的ipqos服務模型，並著重分析了模型的設計思想和體系結構。 -
Currently there are three popular applications for mpls in the core of large isp networks : traffic engineering ; class of service ( cos ) ; virtual private networks ( vpns )
摘要介紹了mpls原理、優勢及其在大型isp網路的核心應用：流量工程、服務等級和虛擬專用網。 -
Mpls is new technology that can expedite the speed of date transmission and switch in open communication network
Mpls技術是一種在開放的通信網路上利用定長標記引導數據高速傳輸和交換的網路新技術。 -
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。 -
Main contents of this dissertation are listed as follows : 1. the switching machanism and network performance of obs are analyzed deeply. the obs based on gmpls framework is investigated in detail, which is take advantage of the idea of lobs ( mpls - based obs )
主要內容包括: 1 、在分析obs交換機制和網路特性的基礎上，改進了基於gmpls的obs交換結構，得到了支持組播的obs （ multicast - awareobs ）邊緣節點與核心節點的功能模型。 -
Then, according to the previous algorithm, we design and implement an mpls multicast rerouting mechanism, which consist of building a bi - direction multicast routing tree backup path, detecting the link failure, notifying the link and recovery. under the environment of mpls - linux, the author also studies traffic - driven mechanism of mpls and pim - sm, and also gives the readers a vista of the future of mpls multicast
本文在mpls - linux環境下，還對以數據流為驅動機制的mpls和組播路由協議pim - sm的結合進行了有益的探索，並且為實現支持組播的lsr的解決方案打下了基礎，並對該論文的未來的工作進行了展望。
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