Based On Intelligent Minefield Ad-hoc Wireless Network Communication Protocol Design And Simulation Analysis

Mines (Landmine), is embedded below the surface of the ground or layout in explosive firearms mines are the most widely used in modern warfare of the kind of obstacles weapons, its main effect is mine field or a Landmine group, block the enemies, kill the enemy effectives and destroy the technology and equipment, still can give the enemy threat caused by the spirit.With the development and wide application of weapons and equipment with formation technology, modern wars have the following characteristics: high mobile rate, strong ability of weapon's damage, large amount of materil consumption, fast pace and process, and so on. Battlefield situational awareness, command and communications capabilities and precision strike capability has become an important indicator to measure combat effectiveness. Therefore, intelligent network is the characteristic of the fourth generation of intelligence LeiChang system, is the inevitable trend of the development of modern mines, also is the military power in the world today are the focus of research landmine system, especially in the United States, and network system of land mines, mines and other military between mines between subsystems can be carried out data communication, tactical information sharing between not only mines can be optimized to attack the target allocation, attack for collaborative decision-making, improve the success rate of attack, still can and other military subsystem cooperation, complete more complex in more flexible tactical task.The main contents of the thesis are given as follows:First,Energy-efficient analysis to each layer of Ad-hoc wireless network . This paper focuses on Energy-efficient routing protocol for intelligent minefield wireless network.An ant-based on-demand energy-efficient routing protocol for intelligent minefield wireless network is presented for energy conservation of the intelligent minefield wireless network with nodes'limited processing ability and less network band-wide capability considered.All these methods are beneficial to extend the network lifetime especially for a low mobility network like intelligent minefield wireless network, and a number of simulation results confirm the points.