ON DEFINITION OF TASK ORIENTED SYSTEM INTELLIGENCE

摘要

With development of system complexity and performances, it is important to evaluate its ability to perform tasks, especially in the case of opposing outer effects. This amounts to affect "intelligence" coefficient to the system, which basically requires to transfer usual geometric space calculations to more global and qualitative task space, the only one where this coefficient can have a meaning irrespective of system structure. The problem is discussed here by defining the useful information by its analytical expression explicit in terms of system elements. By application to the class of deformable Lagrangian systems, adapted controlled structure is constructed. Intelligence measured by minimization of a distance between demand and result mainly appears as a compromise between information ball and robustness ball reduction for fixed system complexity.