The application characteristics of artificial intelligence technology in the military include: normalization of competition and nationalization of behavior. The applications of artificial intelligence technology in the military include: autonomous multi-purpose combat robot systems, military aircraft "co-pilot" systems, automatic fault diagnosis and troubleshooting systems for weapons and equipment, military artificial intelligence machine translation systems, etc.
Artificial intelligence technology has broad application prospects in the military, and hundreds of successful application projects have appeared in this field.
The main current military applications are:
①Autonomous multi-purpose combat robot system. Its main characteristics are: being able to identify terrain and features, choose the path forward; determine the enemy's situation, penetrate into enemy positions, and independently complete tasks such as reconnaissance, transporting ammunition and supplies, mine clearance, shooting and bombing, and rescuing the wounded.
② Military aircraft "co-pilot" system. It can assist the driver in monitoring and controlling various airborne electronic systems. Its intelligent computer has multiple functions such as real-time judgment, reasoning, language understanding and assisted decision-making.
③Autonomous multi-purpose military spacecraft control system. It can autonomously adjust the flight attitude of military spacecraft and maintain a normal attitude. At the same time, satellite faults can be automatically detected and eliminated. When the satellite is in an emergency, it can give real-time instructions to return to the launch base or self-destruct.
④Automatic fault diagnosis and troubleshooting system for weapons and equipment. The weapons and equipment are equipped with a computer system with an artificial intelligence expert system as the main program and a robot system that executes commands. The expert system is equipped with software packages that automatically diagnose various faults and reflect the level of expert knowledge. After determining the cause of the fault through the expert system, instructions are issued to the robot maintenance system to eliminate the fault (or potential fault) in a timely manner.
⑤Military artificial intelligence machine translation system. It can be used to collect intelligence, decipher codes, process combat documents, coordinate combat command, and provide tactical auxiliary decision-making. The system is equipped with a smart machine that can perform language analysis, synthesis, recognition and natural language understanding. It stores basic vocabulary and grammatical rules in multiple languages.
⑥Ship combat management system. It can be used for local sea area combat command, auxiliary tactical decision-making, maritime target identification of friend and foe, shore-ship integrated combat management, etc.
⑦Intelligent electronic warfare system. It can automatically analyze and master the search, interception and tracking work sequences of enemy radars, issue warning signals about enemy ××× emissions, and determine the best defense and jamming measures.
⑧Automatic intelligence and image recognition system. It uses intelligence analysis and image processing technology to identify, classify and process enemy intelligence and images. At the same time, auxiliary decision-making opinions are automatically provided.
⑨Artificial intelligence weapons. Its control system has the ability to autonomously identify friend and foe, and independently analyze, judge, and make decisions. For example: fully automatic guided intelligent weapons that are "forgettable" after launch, intelligent landmines, intelligent weapons and mines, underwater military operating systems, etc.
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