Multi-specialty collaborative design system and collaborative design method based on main model

Abstract

The invention relates to a multi-specialty collaborative design system and collaborative design method based on a main model. The collaborative design system includes a main-model modeling module, a collaborative data management module, a message notification module and a data extraction module. The main-model modeling module realizes establishment of a structure of the main model and data pedigree relationships. The collaborative data management module realizes effective management of unified data sources. The message notification module realizes timely notification of data package version and technology status change information. The data extraction module realizes automated data extraction which can be flexibly configured. At the same time, the multi-specialty collaborative design system and method of the invention are mainly oriented to an overall-parameter-class specialty, quickly realize functions of uploading and sending-down of messages among specialties, importing and exporting of data, submitting and examination and approval of data, specialty data and technology status browsing, effective tracing of historical schemes and the like, and significantly improve multi-specialty collaborative design efficiency and reliability.

Description

technical field [0001] The invention relates to an overall multi-specialty collaborative design technology, in particular to a master model-based multi-specialty collaborative design system and a collaborative design method, belonging to the technical field of digital design and system simulation. Background technique [0002] With the increasing number of model tasks and the requirements of controlling costs and catching up with progress, the communication and collaboration between disciplines have become more frequent. At this time, simple document management can no longer meet the needs of rapid model development. Designers are often faced with actual situations such as inconsistent technical status, untimely upload and release of news, and difficulties in tracing historical plans and data, which lead to quality problems in model development. Problems such as frequent occurrence, high fatigue of designers, and difficulty in guaranteeing time for professional innovation. ...

AI Technical Summary

Problems solved by technology

At this time, simple document management can no longer meet the needs of rapid model development. Designers are often faced with actual situations such as inconsistent technical status, untimely upload and release of news, and difficulties in tracing historical plans and data, which lead to quality problems in model development. Problems such as frequent occurrence, high designer work fatigue, difficulty in guaranteeing professional innovation time, etc.

[0003] At present, multi-professional collaborative design mainly uses documents as the carrier, and carries out message transmission and data interaction through document management systems, emails, telephones, etc. This collaborative model is likely to cause data version confusion and inconsistent technical status, and repeated manual processing of a large amount of data leads to errors. , Historical data cannot be quickly obtained, etc.

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