Research On Evaluation System Of Ultrash Wave Network Based On AdHoc

Mobile AdHoc network is a new wireless communication network, which is widely used in many fields, from distributed computing to disaster recovery. And it is playing an increasingly important role in the information industry especially in the military development. This research is mainly based on the battalion rank’s campaign scope. Within the scope, we need a testing evaluation system, which can test network functionality and performance under the AdHoc ultra-short radio network. It can be used to test network in a real field exercise and long distance with main device and accessories. It should be a tactical radio network protection equipment as well as AdHoc network performance testing and evaluation of the professional tools and instruments. It will lead important role in the future realization of China’s digital battlefield communications research workThis thesis discusses the evaluation system based on the AdHoc ultra-short network should include evaluation of the entire network delayed time, restated rate of packet, the success rate of packet as well as specific nodes restated rate, specific data packet success rate, and other functions. In the System Design and Implementation, we analyze and design the network task-loading algorithm, and realize it using vc++ language. In communication architecture, we use singleton design pattern. It can separate application modules. And it can make the software design more easy and flexible. It can also reduce code complexity. We also use multithreading method, loop queue advance technique. We have adopted C++ class to pack and unpack all the corresponding data packets during the transfer of data package protocol, so that all the application tasks can be transmitted between sub-net and inter-network. This design increases the reuse of modules and portability, it also increase the transparency of information transmission and reliability.The system can be regarded as mobile radio network protection equipment. The system is under testing in actual combat troops.