分别就广义大系统稳定性的研究对象、内容和方法提出几个系统学观点。首先提出除了静态和动态两类数学模型外，还应增加静动态混合型作为主要研究对象；接着把系统中组成部分间协同的程度定义为“协同裕度”，把最优关联参数稳定域的边界视为失稳临界点（线或面），从而为协同裕度和失稳临界点提供了量化标准和确定方法；最后结合大系统稳定性的研究方法提出“分而化之”的系统思维原则，并提出对不“大”的非简单系统也可以用大系统的方法来解决 Several systematic views are put forward respectively on the research objects, contents and methods of the stability of generalized large systems. First of all, in addition to the static and dynamic mathematical models, static and dynamic hybrid models should be added as the main research object. Then the degree of synergy among the components in the system is defined as “cooperative margin”, and the optimal correlation parameters The boundary is regarded as the critical point (line or plane) of instability, so as to provide the quantitative standard and the determination method for the cooperative margin and the critical point of instability. At last, the systematic thinking of “dividing and dividing” is proposed according to the research method of the stability of large system Principle, and put forward the non-“big” non-simple system can also be used to solve the big system