Study on Composable Modeling and Simulating Technology for Equipment Battlefield Damage

doi:10.3969/j.issn.1000-1093.2012.10.017

Abstract

Abstract: In order to integrate equipment battlefield damage models of many levels into one large model, and describe equipment battlefield damage characteristics from resolving power of microcosmic, moderate, and macroscopical angles, composable modeling and simulating technology is studied. The hiberarchy of equipment battlefield damage models is researched from the sides of physical alteration level, function degradation level, and equipment cluster battle effectiveness degradation level. The relations among those different level models are analyzed. The mapping relation between physical alteration battlefield damage model and function degradation battlefield damage model is researched, the function description method based on equipment characteristic is presented, as well as the aggregation/disaggregation method for physical alteration battlefield damage model and function degradation battlefield damage model. The mapping relation between function degradation battlefield damage model and equipment cluster battle effectiveness degradation battlefield damage model is researched, the aggregation/disaggregation method for function degradation battlefield damage model and equipment cluster battle effectiveness degradation battlefield damage model is presented. At last a case of equipment battlefield damage composable modeling is researched. The research result shows that equipment battlefield damage composable modeling and simulating technology can realize high resolving power output for macroscopical model, and it helps to research equipment battlefield damage roundly.

CLC Number:

TP391.9

WANG Guang-yan, HU Qi-wei, LIU Wei. Study on Composable Modeling and Simulating Technology for Equipment Battlefield Damage[J]. Acta Armamentarii, 2012, 33(10): 1266-1275.

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