摘要
以置换包含原理及其意义下的循环逆序排列为基础,考虑互联系统信息结构约束的动态变化,使其可以直接体现在系统的分散协调控制器设计上.通过获取系统结构变化部分在置换包含原理中对应的位置信息,定义了一对列组、行组结构变换矩阵来计算信息结构改变后对分解系统包含所需的置换矩阵和扩展、收缩变换矩阵,藉由变换矩阵的结构变化来描述系统信息结构约束的动态变化.
The information structure constraints dynamic of complex systems is considered, based on the permuted inclusion principle and its recurrent reverse order, so that this dynamic can be involved directly in the coordinated control design procedure. A pair of column and row group transformation matrices is defined to obtain the permutation matrix together with the expanded and contracted transformation matrices applied in pair-wise decomposition after the system structural variation, by identifying the position data of system dynamic in permutation. In this way, this dynamic is described by the transformation matrices modification.
出处
《系统科学与数学》
CSCD
北大核心
2013年第11期1301-1320,共20页
Journal of Systems Science and Mathematical Sciences
基金
国家自然科学基金(60874017)资助课题
关键词
对对分解
协调控制
置换包含原理
动态信息结构约束
复杂系统
Pair-wise decomposition
coordinated control
permuted inclusion prin-ciple
dynamic information structure constraint
complex system.
