Method for automatically disposing simulation scene based on simulation gridding

Abstract

The invention discloses a simulation scene automatic deploy method based on simulation mesh, which comprises (1), describing scene, inputting federation and federation member information, generating a scene description document, (2), using a simulation mesh resource collecting tool to obtain the simulation mesh free resource, adding the checked free resource into an information list, timely refreshing the resource information list, (3), adding the resource match requests into request queue, calling out the requests from queue start and using federation as unit resource to be matched with the resource in the resource information list to generate deploy plan, (4), according to the deploy plan, processing scene automatic deploy. The inventive method can describe the details of simulation scene and support the federation simulation scene constructed by bridging federation members. The inventive method can select suitable simulation resource to simulate the application at macroscopic pint, reduce simulation scene deploy time, improve simulation resource utilization and improve simulation efficiency.

Description

technical field [0001] The invention belongs to the distributed computing technology in the field of computer system structure, and in particular relates to a method for automatically deploying a simulation scene based on a simulation grid, which is applicable to a grid-based distributed simulation. Background technique [0002] Computer simulation refers to a comprehensive technology that uses computer programs to simulate the real world or the virtual world. High Level Architecture (High Level Architecture, HLA) is a modeling and simulation technology framework released by the US Department of Defense in 1995. This framework has become a standard supporting framework for large-scale complex distributed simulation. It can provide large-scale structure The comprehensive environment integrating simulation, virtual simulation and live simulation realizes the interoperability, dynamic management, point-to-multipoint communication, system and component reuse among various simula...

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