基于 B/S 架构的汽车工程数据云平台的设计与实现

汽车产品开发愈发需要海量且高质量的基础数据作为支撑，汽车工程数据体系非常庞杂且彼此间关联度强，因此，针对汽车工程数据库开发，需站在汽车产品开发者和项目管理者角度为其提供更柔性化、可视化、深度化的数据服务。开发了高压缩比的图形引擎，并设计了一种基于 B/S 架构的汽车工程数据管理平台，以轻量化的三维模型为载体实现工程数据的强关联，较大程度地解决了汽车工程数据管理分散易丢失、完整性和一致性差、不易检索和无法进行数据挖掘等痛点问题，为汽车工程数据管理和重用提供了一个新的思路。

Design and Implementation of Automotive Engineering Data Cloud Platform Based on B/S Architecture

Automotive product development are increasingly in need of support in terms of massive and high-quality basic data. The automotive engineering data system is a very complex and highly-integrated system.Therefore, for the development of automotive engineering database, it is necessary to improve flexibility in data services, data visualization and in-depth data analysis from the perspectives of automotive product developers and project managers. In this paper a graphics engine with high compression ratio is developed and an automotive engineering data management platform is designed based on the B/S architecture.Established on the lightweight 3D model the strong associations in the engineering data are obtained, which largely solves the problems often seen in automotive engineering data management, such as high dispersion data, data loss, poor data integrity and consistency and difficulties in data retrieval and data mining. The paper puts forward a new idea for management and reuse of automotive engineering data.