重叠模型 meaning in Chinese
reflex model
Examples
- There are two control models of network interconnection for the astn , one the overlay model and the other the peer model
Astn的网络互联控制模型主要有两种，一种是重叠模型（ overlaymodel ） ,另一种是对等模型（ peermodel ） 。 - Secondly , based on the introduction of igp , wrap model , and integration model , this thesis introduces the concept and advantages of mpls traffic engineering
接着又从对传统的流量工程技术igp 、重叠模型和集成模型的介绍引出mpls流量工程的概念和优势。 - In the overlay model , the addressing scheme , the routing protocol and the signaling protocol at the customer layer run independently from those at the transfer layer
在重叠模型中，客户层的地址方案、路由协议和信令协议与传送层的地址方案、路由协议和信令协议各自独立运行。 - Based on the above analysis , taking into account the present situation of the telecommunications operators and the characteristics of the traffic , it is desirable to adopt the overlay model in the near term . when ip - based service becomes the mainstream , the peer model will be the direction
基于以上分析，从电信运营商的现实情况及业务特点出发，近期发展方向应是采用重叠模型。未来基于ip的业务成为主导业务时，对等模型将是目标。 - The paper analyses the meanings of the traffic engineering . for the history background of the ip network it is necessary to carry out traffic engineering in internet now . i have compared several different schemes of traffic engineering in the paper . the overlap model is not fit for the traffic engineering because of the inherent limitation . we point out that the aimd algorithm is not fit for transfers of real - time streaming file because the aimd algorithm can not keep the flow steady
本文分析了流量工程的含义；从ip网络的历史背景，指出了当前internet网络实施流量工程的必要性；对比了几种不同的流量工程方案，重叠模型由于其固有的局限，不适合于流量工程；在传输层上，本文分析了aimd (加性增加乘性减少)算法在保持数据流稳定性上的缺点，这和当前迅速发展的媒流体文件传输不相适应。