基于时序数据库的无人船信息管理系统设计与性能测试

黄一; 王鸿东; 程锋瑞; 梁晓锋; 易宏

doi:10.19693/j.issn.1673-3185.01361

基于时序数据库的无人船信息管理系统设计与性能测试

Design and performance test of USV information management system based on time-series database

摘要

摘要:
目的近年来，无人船技术及产业发展迅速，装备应用前景广阔。解决长航时无人船海量信息管理问题的需求日益迫切。
方法针对无人船电子信息系统中6种类型数据的特点，构建基于时序数据库的无人船信息管理系统拓扑及数据流动模型，并设计一套适用于无人船信息管理系统的性能测试方法。
结果经测试表明，该无人船信息管理系统能够满足无人船运行对信息管理的需求，且相比于传统关系型数据库，其压缩性能提高约10%，检索及聚合分析性能更为优异，具有较高的通用性。
结论该系统为解决长航时无人船信息存储与通信传输难题提供了良好的解决方法。

Abstract:
Objectives In recent years, unmanned surface vehicles(USVs) have developed rapidly and will have wide application prospect. Hence it becomes quite urgent to deal with the massive information management problem on long-endurance USVs.
Methods According to the characteristics of six types of data in USVs' electronic information system, the topology of USV information management system based on time-series database and the data flow model are proposed, and a set of performance test methods for USV information management system are designed.
Results The test shows that the USV information management system is able to meet the information management needs of USVs' operation. Compared with the traditional relational database, the compression performance of the system is improved by about 10%. The retrieval performance and aggregation analysis capability are excellent, and the system is high universal applicability.
Conclusions This system is an excellent solution to the problems in information storage and communication transmission on long-endurance USV.

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