基于C/S架构的离岸船舶信息管理模型
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摘要
为了提高离岸船舶的实时管理和信息监控能力,提出基于云计算信息融合调度的离岸船舶信息管理模型,在嵌入式的Linux内核环境下进行的离岸船舶信息管理系统的软件设计。离岸船舶信息管理系统的开发包括信息调度算法设计、软件开发、通信网络模块开发3个部分,系统的功能模块主要包括了船舶数据库模块、程序加载模块、信息调度处理模块、通信模块和客户端与服务端模块等。在云计算环境下实现离岸船舶信息的交叉编译和多模控制,系统网络结构设计为C/S架构,实现船舶离岸信息管理和安全控制,在APP中对信息管理系统的业务逻辑进行封装,实现软件集成开发和通信测试。仿真结果表明,该系统能实现离岸船舶信息的有效管理,信息调度过程中的查全性和召回性能较好。
In order to improve the offshore ship real-time management and information monitoring capabilities, proposed offshore ship information management model of information fusion scheduling based on cloud computing, software design of offshore ship information management system in the embedded Linux kernel environment. Information scheduling algorithm design, including the development of offshore ship information management system software development, network communication module three parts, the functional modules of the system include the ship database module, program loading module, scheduling information processing module, communication module and client and server module. In cloud computing to achieve cross compiler and multi-mode control of offshore ship information environment, system network structure design for the C/S architecture, the realization of the ship shore information management and safety control, in the APP business logic of the information management system package, software development and integration Communication test. The simulation results show that this system can realize the effective management of offshore ship information, the information of the scheduling process of recall and recall performance.
In order to improve the offshore ship real-time management and information monitoring capabilities, proposed offshore ship information management model of information fusion scheduling based on cloud computing, software design of offshore ship information management system in the embedded Linux kernel environment. Information scheduling algorithm design, including the development of offshore ship information management system software development, network communication module three parts, the functional modules of the system include the ship database module, program loading module, scheduling information processing module, communication module and client and server module. In cloud computing to achieve cross compiler and multi-mode control of offshore ship information environment, system network structure design for the C/S architecture, the realization of the ship shore information management and safety control, in the APP business logic of the information management system package, software development and integration Communication test. The simulation results show that this system can realize the effective management of offshore ship information, the information of the scheduling process of recall and recall performance.
引文
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