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基于ThinkPHP的农业机械化科研信息服务平台设计

Design of ThinkPHP Based Agricultural Mechanization Scientific Information Service Platform

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【作者】 乔金友张一铭王玉龙孙健陈海涛张朋永

【Author】 Qiao Jinyou;Zhang Yiming;Wang Yulong;Sun Jian;Chen Haitao;Zhang Pengyong;Northeast Agricultural University;Heilongjiang Province Dryland Crops Mechanization Materialization Innovation Center;Harbin Space Star Data System Technology Co.Ltd.;

【通讯作者】 王玉龙;

【机构】 东北农业大学黑龙江省旱田间作物机械化资材化创新中心哈尔滨航天恒星数据系统科技有限公司

【摘要】 为了提高农业机械化领域科研信息检索服务工作效率,更好地满足科研工作者需求,设计开发农业机械化科研信息服务系统(AMISP)具有重要意义。在明确农业机械化科研信息检索实际需求及设计与开发AMISP可行性的基础上,设计了基于B/S结构的4层ThinkPHP体系结构,以MySQL5.0为数据库服务器的AMISP平台,包括网站信息浏览、信息服务和后台信息管理3个主体功能模块,并设计了支撑平台运行的3个数据库及其14个数据表间的实体关系。平台不但具有专业领域网站的一般功能,且具有一站式学术信息检索服务功能,界面友好,信息交互功能强,可为农业机械化领域科技工作者提供高效、精准的专业化科研信息检索服务功能。

【Abstract】 In order to improve the efficiency of scientific research information retrieval service and to better satisfy the demands of researchers in the field of agricultural mechanization, it is of great significance to design and develop agricultural mechanization scientific information service platform(AMISP). On the basis of clarifying the actual demands of agricultural mechanization research information retrieval and the feasibility of designing and developing AMISP, AMISP was designed based on B/S structure with 4-tier ThinkPHP architecture and MySQL 5.0 as database server, including three main functional modules which are website information browsing, information service and backstage information management. Three corresponding databases and the entity relationship of 14 date sheets were designed, which can efficiently support the function of the platform. AMISP not only has the general functions of websites, but also has one-stop academic information retrieval service function, with friendly interfaces and strong information interaction properties, which can provide efficient and accurate professional scientific research information retrieval service for researchers in the field of agricultural mechanization.

【基金】 国家大豆产业技术体系岗位科学家任务专项(CARS-04-PS22);黑龙江省“百千万”工程项目(2019ZX14A04)
  • 【文献出处】 农机化研究 ,Journal of Agricultural Mechanization Research , 编辑部邮箱 ,2023年08期
  • 【分类号】TP393.092;S232.3
  • 【下载频次】110
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