The efficiency and the coverage of the routing protocol test are desiderated to be promoted.
路由协议测试中的效率和覆盖率亟待提高。
Working with a small test network, we wanted to demonstrate various load-balancing scenarios with Routing Information Protocol (RIP) and Open Shortest Path First (OSPF).
在一个小型的测试环境下，我们想演示在使用路由信息协议(rip)和开放式最短路径优先协议(OSPF)时各种不同的负载平衡情形。
It first discusses the test architecture for the routing protocol entity, and then the concurrent TTCN based test system design is presented.
首先讨论路由协议实体的测试结构，然后给出基于并发ttcn测试系统的设计。
Simulations are done in a few test scenarios using NS-2 and comparison is made between SAANIMRA and the state-of-the-art on-demand routing protocol AODV.
本文利用NS - 2进行了几种网络场景下的仿真实验，将SAANIMRA与现在通用的按需路由协议AODV进行了比较。
Simulations are done in a few test scenarios using NS-2 and comparison is made between SAANIMRA and the state-of-the-art on-demand routing protocol AODV.
本文利用NS - 2进行了几种网络场景下的仿真实验，将SAANIMRA与现在通用的按需路由协议AODV进行了比较。
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