Research on the Dynamic Evolution Behavior of Group Loitering Air Vehicles

Abstract

In this paper we focus on integrated Reconnaissance/Strike LAV, in order to reveal the evolution regularity when group LAVs combats cooperatively. The evolution of cooperative behavior of group LAVs, which is described with finite state machine, can be regarded as a conversion process of a LAV in different task states, using the rate equation for probability analysis. Then based on the missions of integration of reconnaissance, attack, and damage effectiveness evaluation, we build the model of finite state machine based on behavior state transition. Solved with Runge-Kutta method. We can analyze how the key technology quota of LAV impact on the operational effectiveness of Group LAVs.the fractional order control approach.

Chinese & Iranian Artificial Intelligence in Low Earth Orbit to THAAD Space Wars

“…Some of the earliest LAMs were created by the Israel Aerospace Industries, in the early 1990's where they were specifically designed to loiter in the air and then attack radar installations or mobile missile launchers [44]. The issue is that for a LAM to quickly attack a target area, the battlefield has become much more complex than that if Israel in 1990, herein AI attached to systems in LEO that can assess the entire battlespace have become absolutely crucial [45], [46]. For example, AI on a LAM can ID and destroy an enemy missile much faster than a cruise missile or human being, and can loiter in space for much longer periods [26].…”