机构地区: 仲恺农业技术学院机电工程学院
出 处: 《农机化研究》 2007年第9期102-104,108,共4页
摘 要: 农业机械化系统具有复杂大系统(Large-scale Structural System,LSS)的特征,可以分解成许多相互关联的不同层次的涉农子系统,形成一个相互作用、相互制约的人—机—环境系统(Human Machine Environment System,HMES)。为此,试图运用人—机—环境系统工程的原理,应用复杂大系统的方法,从宏观、中观、微观等不同的层次和角度,对农业机械化工程的规划与优化进行新的理论研究。 Agriculture mechanization system, as one of most important parts of large agriculture system, is of complete engineering function with Large-scale Structural System (LSS) characters a presented in the paper. It is composed of many agricultural subsystems correlating each other to form a multiple arrangements complex macrocosm, i.e. a Human machine environment system (HMES). Based on the LSS & HEMS theory, several new research approaches of agriculture mechanization programming had been proposed to give a preliminary study from a different science subject.