Extended Granular Computing-Based Supernetwork Model for Auti-Air Operational Architecture
ZOU Zhi-gang1a, LIU Fu-xian1a, SUN Shi-man2, ZHU Fa-shun1b
1. a. Air and Missile Defense College, b. Equipment Management and Safety Engineering College of AFEU, Xi’an 710051, China; 2. China Airport Construction Group Corporation, R & D Center, Beijing 100621, Chian
Abstract：A supernetwork model of auti-air operational architecture was presented in the paper as an approach for analyzing the auti-air operational architecture. Firstly, auti-air operational units and links were abstracted into different information granulars, and granular expression of auti-air operational architecture was given; Then a supernetwork frame of auti-air operational architecture was constructed within the layered granular space; Secondly, based on the supernetwork frame, interior information flow in auti-air operational architecture was analyzed with dynamic operating collations, and via extending the granular computing with topology structure, layered transform relations between auti-air operational architecture in different granular scale were analyzed from the vertical viewpoint, then mapping mechanisms with “reflective workflow” among auti-air functional networks were given from the horizontal viewpoint, then the supernetwork model was constructed; Finally, the application case was validated that the model can reveal the interior operating mechanism within auti-air operational architecture in quantify.
邹志刚, 刘付显, 孙施曼, 朱法顺. 基于扩展粒度计算的防空体系结构超网络模型[J]. 复杂系统与复杂性科学, 2014, 11(2): 24-35.
ZOU Zhi-gang, LIU Fu-xian, SUN Shi-man, ZHU Fa-shun. Extended Granular Computing-Based Supernetwork Model for Auti-Air Operational Architecture[J]. Complex Systems and Complexity Science, 2014, 11(2): 24-35.
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