Simulation resource model base management system

Abstract

The invention relates to a simulation resource model base management system and belongs to the field of computer distributed simulation technology and application. The simulation resource model base management system comprises a user safety management subsystem, a model preprocessing subsystem, a model database management subsystem, a model generation subsystem, a model sub-base management subsystem, a man-machine interaction subsystem, a model database, a user information database, a model sub-base and an item user information list. According to the simulation resource model base management system, the practical purposes of isomerism model compatibility, data interface normalization and the like are achieved, multiple functions of information collection, conversion, standardization, processing, management, sharing and the like are integrated, specific information retrieval development assistance and a specific resource management service are provided, the development and maintenance efficiency of the simulation system is improved, and the reusable performance of a model, the expandability of the system and the safety of data are guaranteed at the same time.

Description

technical field [0001] The invention relates to a simulation resource model library management system, which belongs to the field of computer distributed simulation technology and application. Background technique [0002] In recent years, with the rapid development of computer technology and information technology, the application field of computer simulation has been continuously expanded. At present, computer simulation has been widely used in aerospace, aviation, military, biology, chemistry and communication and other fields. The space mission simulation system involves a large number of simulation models, which need to be initialized, numerically calculated and data exchanged in the form of parameters. Due to the different simulation development software tools, there are various types of simulation models, and there are differences in their functional structure and interface logic. For specific tasks, the format of model parameters is also different. Traditional sim...

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Problems solved by technology

For large-scale system development projects, units and departments distributed in different geographic locations are often required to jointly undertake development tasks. Existing solutions do not provide unified resource management and scheduling functions for distributed aerospace model simulation development tasks, which will make the development of simulation projects The efficiency and utilization of system resources are reduced, and the reusability and interoperability of models are deteriorated, which increases the corresponding project development cost and cycle, and affects the reliability of system operation and the flexibility of program development.

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