Mechanism Design for Entities' Passive Dimensional Sensing Interaction in Discrete Event Simulations

doi:10.16182/j.issn1004731x.joss.20-0451

Abstract

Abstract: Dimensional sensing interaction mechanism is a method of computing the entities' visibility on the basis of the position and visible range, and informing when and where the entities can perceive each other. Entities' active computing on the relative position needs a lot of computation and is low efficiency, and slow down the simulation execution at last. The mechanism and framework of the passive dimensional sensing interaction, including the spatial grid models, discrete movement models, and passive sense models are researched. Dimensional sensing interaction manager is designed to realize the computation of entities' dimensional sensing interaction in discrete event-based battle simulations. Compared with the traditional mechanism of the dimensional sensing interaction by using the approach of scanning the whole simulation objects, the mechanism of passive dimensional sensing interaction resolves the N² problem and improves the efficiency of simulation.

Key words: dimensional sensing interaction, discrete event, battle simulations, reconnaissance

CLC Number:

TP391.9

Yan Fei, Gan Bin, Chen Zhaodi, Ma Wenjuan, Li Luyao, Zhang Ke. Mechanism Design for Entities' Passive Dimensional Sensing Interaction in Discrete Event Simulations[J]. Journal of System Simulation, 2021, 33(9): 2234-2242.

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