基于无线智能节点的远程控制系统设计与实现

To solve the problems of networked ammunition's inability to return the battlefield status and the difficulty in "man-in-loop" active control in the battleground, an overall framework was proposed in accordance with the operation process. The remote-control system including software and hardware was designed, and multiple kinds of nodes were carried out. Based on the C# language, the simulation platform software and terminal command software including multiple modules were developed, which realized the key functions of multi-node networking, displaying the state and multi-class data transmission. An attack decision algorithm was written to make on-chip attack decisions, PC-assisted attack decisions and manual decisions. Simulation tests and comprehensive experiments show that the system can return and display nodes and targets information, remotely control nodes, make on-chip decisions and PC decisions, meeting the requirements for outdoor use.