A PDSI-based Online Fault Configuration Approach for Communication Network in Power Grid Simulation

hao-Tung Yang, Jianlu Wang, Xiang Gao, Huibo Li, D. Kim, Peng Gong
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Abstract

In this paper, a programmable dynamic simulation interface (PDSI)-based online fault configuration approach of network simulation is proposed to dynamically set link fault as well as route fault in the case of joint power grid simulation. The proposed approach allows the user to dynamically configure the fault situations of communication network via a graphical user interface (GUI) during the simulation process. When QualNet receives the configuration messages from GUI, it will parse the messages and push the corresponding events into the event queue to close the link port or rewriting the routing tables, which is utilized to formulate the link fault or the route fault. Experiment results demonstrate that based on the proposed approach the fault configuration of communication network can be successfully performed with an acceptable compromise at interface interaction delay.
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电网仿真中基于pdsi的通信网络在线故障组态方法
本文提出了一种基于可编程动态仿真接口(PDSI)的网络仿真在线故障组态方法,可在联合电网仿真的情况下动态设置链路故障和路由故障。该方法允许用户在仿真过程中通过图形用户界面(GUI)动态配置通信网络的故障情况。当QualNet接收到来自GUI的配置消息时,对消息进行解析,并将相应的事件推送到事件队列中,关闭链路端口或重写路由表,从而形成链路故障或路由故障。实验结果表明,基于该方法可以在可接受的接口交互延迟折衷下成功地实现通信网络的故障配置。
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