Approximation a reachability area in the state space for a discrete task

Abstract

To solve the problem estimating and analyzing the quality indicators an control automated system for moving objects, it is proposed to apply an original approach based on the use reachability areas to evaluate the quality indicators of control systems for similar objects and use reachability areas formed in the space of significant system-technical indicators as an information basis. Because the analytical solution such problems even on modern computers requires significant (large) computational resources, it is proposed to use analytical geometry (and, in particular, projective geometry) to solve them. Thus, in order to build reachability area, as well as construction the target set at reachability area, the article discusses the use JavaScript with the Ganja.js package. The article will give specific recommendations for solving the investigated problem.