RF Mesh technology is currently one of the most used in North America for smart grid communications where reputable companies such as Itron and Landys&Gyr are setting up their smart meters with RF Mesh radios. The overall performance of radio frequency (RF) Mesh network communications depends in high measure on the positions of key devices in RF Mesh network such as routers and collectors. With this in mind, we have designed a strategy to optimize jointly the positions of the key devices of RF Mesh network such as routers and collectors to achieve the highest possible connectivity between different components of RF Mesh network. Furthermore, for a big amount of meters, the proposed strategy process becomes unfeasible in terms of processing time. For that, we have applied an optimized prepartitioning methodology on the proposed strategy that leads to vastly accelerate our proposed strategy to more than 13 times for Montreal dataset with a negligible effect on quality of service (QoS) parameters.

目前，RF Mesh技术是北美最常用于智能电网通信的技术之一，在那里，著名的公司（如Itron和Landys＆Gyr）正在使用RF Mesh无线电建立其智能电表。射频（RF）Mesh网络通信的整体性能在很大程度上取决于RF Mesh网络中关键设备（例如路由器和收集器）的位置。考虑到这一点，我们设计了一种策略来共同优化RF Mesh网络的关键设备（例如路由器和收集器）的位置，以实现RF Mesh网络的不同组件之间的最大可能连接。此外，对于大量的仪表，所提出的策略过程在处理时间方面变得不可行。为了那个原因，