智能控制,进化论与人机交互

论述了智能控制领域的发展动力及其包括通行含义的多种含义,根据当今工程实践对控制技术的要求,智能控制中蕴含的智能应具有复发的递阶结构,从生物智能与进化论的观点对智能控制中智能的递阶结构进行了分析,着重指出了进化过程是自然界的过程而非智能过程,生物智能本向也处于进化不,作为智能控制中重要技术之一的智能计算,人机交互对之起着重要作用,通过人机交互构成的人机集成智能系统是高级的智能控制系统。

Intelligent Control,Theory of Evolutionand Man-Machine Interaction

Motivations leading to the field of intelligent control and some of its implica- tions, including the prevailing ones , are discussed . Acording to the demand on control techaiques from engineenring practice in the world of today, a complex hierarchicalarcbitecure of intelligence is in reality implied in the term"intelligent" control Intelli-gence.involved in the brains of modem human beings can be visualized as forming the higbest level, below which are various levels representing those of the various living beings Furthermore, there are different levels of intelligence in diffent organic functions, even in the same kind of living beings. The complex architecture of intelligence asimplied in the term "intelligent" control is ,analyed from the point of view of the theory of evolution. lt is emphasized that the evolutionary process is itself a process ofthe nature,but in essence not an intelligent process in itself This imtplies that in the area of intellgent computation which includes evolutionary algorithms as a main branch, the term " intelligent" originates from man-machine interactions occuring in these algorthms, rather than from the process of evolution simulated Man-machine interaction plays an important role in the integrated intelligent control system that exploits both macbine and human intelligence and is at a higher level than the autono - mous intellgent system in the hierarchical architeture.