Title :
Hyper-network multi agent model for military system and its use case
Author :
Zhu Jiang ; Du Wei ; Zhao ShuChun ; Liu Dawei
Author_Institution :
Combat Exp. Center, Army Command Coll., Nanjing, China
Abstract :
Military network is believed to be a complex system, which is composed of several entity nodes, physical or logic relationships and flows. Our research focuses on the needs for modeling such network. After analyzing the properties of network, hyper network modeling method was naturally used to express the military network from quantitative view. First, several layers called social task layer, command control layer and physical resource layer are set up in this model and the relationship and interaction between network is normalized through the formalization description. Then, by combining hyper-network with MAS(multi-agent system), a hyper network agent model method was proposed. Which at the micro level, the network properties were extended into entity properties; and at the macro level, the evolution behavior of overall network was taken into account? The model regulates and reflects the interaction and dynamics of network with combination of emerge behavior brought from entity relationship, and driving efficiency caused by overall network characteristic. Lastly, key technologies of model are discussed. The testing bed made by this model provides a new tool for military organization design.
Keywords :
military systems; multi-agent systems; network theory (graphs); command control layer; formalization description; hyper network modeling method; hyper-network multiagent model; military network; military system; physical resource layer; social task layer; use case; Adaptation models; Analytical models; Complex networks; Computational modeling; Force; Organizations; Combat System; Complex Network; Hyper-Network; MAS; Modeling;
Conference_Titel :
Information Technology and Artificial Intelligence Conference (ITAIC), 2014 IEEE 7th Joint International
Print_ISBN :
978-1-4799-4420-0
DOI :
10.1109/ITAIC.2014.7065070