SOLSR Protocol Performance Analysis For Voip Application In Mesh Topology

A. Wijayanto, R. Adhitama, A. Burhanuddin
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引用次数: 1

Abstract

Indonesia has a high level of potential for natural disasters that can cause damage to infrastructure; on the other hand, communication is critical when a natural disaster occurs, which causes communication to be hampered. The solution to dealing with this problem is building Ad-hoc Network (Manet) technology for communication media. By building alternative VoIP-based communication on Raspberry Pi. The protocol used in VOIP (Voice Over Internet Protocol) based communication using Raspberry Pi is the SOLSR (Secure Optimized Link State Routing) protocol. The VoIP work system is voice passing through the internet network in the VoIP system workflow; two components are connected, the VoIP client and VoIP server, VoIP server as the center. On the VoIP, the server uses Raspberry Pi, and the client also uses Raspberry Pi and is registered via SIP to the server to communicate to other clients and test its performance utilizing QOS testing using SOLSR. The test scenario is done by measuring throughput, delay, jitter, packet loss. The measurement results will produce the performance of a VoIP-based communication system using the SOLSR protocol and determine the feasibility of the SOLSR protocol to be applied to a VoIP-based communication system for disaster management.
网状拓扑下Voip应用的SOLSR协议性能分析
印度尼西亚发生自然灾害的可能性很高,可能会对基础设施造成破坏;另一方面,当自然灾害发生时,沟通是至关重要的,这导致沟通受到阻碍。解决这一问题的方法是为通信媒体建立自组织网络(Manet)技术。通过在树莓派上建立另一种基于voip的通信。使用树莓派进行基于互联网语音协议(VOIP)的通信时使用的协议是SOLSR(安全优化链路状态路由)协议。VoIP工作系统是VoIP系统中语音通过internet网络传递的工作流程;连接两个组件,VoIP客户端和VoIP服务器,以VoIP服务器为中心。在VoIP上,服务器使用树莓派,客户端也使用树莓派,并通过SIP注册到服务器,以便与其他客户端通信,并使用SOLSR使用QOS测试测试其性能。测试场景是通过测量吞吐量、延迟、抖动和数据包丢失来完成的。测量结果将产生使用SOLSR协议的基于voip的通信系统的性能,并确定将SOLSR协议应用于基于voip的灾害管理通信系统的可行性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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