冗余网关Menggunakan Metode Failover dan Load Sharing网关

Rachmat Adi Purnama, Firmansyah Firmansyah
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引用次数: 2

摘要

在网络中,由于链路故障和流量过大,导致数据包无法传输成为一个很大的威胁。为了保证网络的稳定性,采用VRRP网关冗余协议。从研究结果来看,从主路由器到备份路由器的平均故障切换时间为3.75ms,平均丢包数高达3个;从备份路由器到主路由器的平均故障切换时间为1.37ms,平均丢包数为1.5个。负载分担的研究结果可以使1台路由器设备同时作为2台VRID中的主路由器。同时实现故障转移和负载共享方法可以通过确保网络连接能够稳定、平等地运行来改善网络中的连通性。故障切换用于备份网关冗余,负载共享用于平均分配网关负载。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Redundancy Gateway Menggunakan Metode Failover dan Load Sharing Gateway
Failure to transfer data packets on a network becomes a big threat, both caused by link failures and heavy traffic loads. To maintain stability in the network, the VRRP gateway redundancy protocol is applied. From the results of the research conducted, it takes an average time to failover for 3.75ms from the master router to the backup router and an average packet loss that occurs as many as 3 packets and the average time needed to failover from the backup router back to master router for 1.37ms and 1.5 packet loss occurred. The results of load sharing research are able to make 1 router device as a master router in 2 VRID at once. Implementing both Failover and Load Sharing methods can improve connectivity in the network by ensuring connectivity can run stably and equally. Failover is used as a backup gateway redundancy and load sharing is used to divide the gateway load equally.
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