航天器材料及器件地面模拟试验数据库系统设计与实现
2023,31(1):202-208
摘要：针对航天器材料及电器元件地面模拟试验数据资源的汇聚与共享，提出航天器材料及器件地面模拟试验数据库系统的设计与实现。根据地面模拟试验数据库系统的业务需求和技术指标制定设计方案，基于B/S架构，采用VUE.js、EXT.js、JAVA、Python等框架或技术语言进行开发。通过对系统的开发和测试，实现了数据汇聚、数据组织与存储、数据分析、数据提取、信息共享等功能，具备展示形式丰富多样化、分析算法自定义以及数据提取智能化等特点，验证了设计方案的可行性。地面模拟试验数据库系统满足对航天器材料与电器元件的基本性能参数数据和试验/仿真数据的大批量收录要求，提升了试验数据服务水平，对于相关领域的数据库系统设计具有一定的参考价值和借鉴意义。
关键词：航天器材料与器件、数据库、B/S架构、数据分析、数据提取
Design and Implementation of Database System for Ground Simulation Test of Spacecraft Materials and Devices
Abstract：Aiming at the convergence and sharing of data resources of ground simulation test for spacecraft materials and electrical components, the design and implementation of ground simulation test database system for spacecraft materials and components is proposed. According to the business requirements and technical indicators of the ground simulation test database system, the design scheme is developed by using VUE.js, EXT.js, JAVA, Python and other frameworks or technical languages based on B/S architecture. Through the development and testing of the system, the functions of data convergence, data organization and storage, data analysis, data extraction, information sharing and other functions are realized. It has the characteristics of diversified display forms, customized analysis algorithm and intelligent data extraction, which verifies the feasibility of the design scheme. The ground simulation test database system can meet the requirements of collecting the basic performance parameter data and test/simulation data of spacecraft materials and electrical components in large quantities, which improves the service level of test data, and has certain reference value and significance for the database system design in related fields.
Key words：space materials and devices;data base; B/S architecture;data analysis;data extract
收稿日期：2022-06-17
基金项目：
