农业工程学报
農業工程學報
농업공정학보
2013年
3期
132-138
,共7页
郭琳%王飞%张寅%裴志远%常钧%唐海
郭琳%王飛%張寅%裴誌遠%常鈞%唐海
곽림%왕비%장인%배지원%상균%당해
农作物%遥感%地理信息系统%监测%业务管理
農作物%遙感%地理信息繫統%鑑測%業務管理
농작물%요감%지리신식계통%감측%업무관리
crops%remote sensing%geographic information system%monitoring%business management
随着农作物遥感业务的不断延伸和农业生产管理对遥感监测需求的不断提高,业务运行管理效率问题日益凸显.该文通过对农作物遥感监测业务管理流程进行了系统化梳理与调整,设计开发了“农作物遥感业务管理系统”.该系统利用地理信息系统(geographic information system,GIS)、数据库技术和网络技术,科学设计了数据库系统,提升了业务系统承载能力;实现农作物遥感业务工作影像数据入库管理、查询、任务分发、上报、审核、归档的完整业务流程;建立业务跟踪管理机制,实现作物监测业务的流程化和可视化,有效提高了运行管理效率.
隨著農作物遙感業務的不斷延伸和農業生產管理對遙感鑑測需求的不斷提高,業務運行管理效率問題日益凸顯.該文通過對農作物遙感鑑測業務管理流程進行瞭繫統化梳理與調整,設計開髮瞭“農作物遙感業務管理繫統”.該繫統利用地理信息繫統(geographic information system,GIS)、數據庫技術和網絡技術,科學設計瞭數據庫繫統,提升瞭業務繫統承載能力;實現農作物遙感業務工作影像數據入庫管理、查詢、任務分髮、上報、審覈、歸檔的完整業務流程;建立業務跟蹤管理機製,實現作物鑑測業務的流程化和可視化,有效提高瞭運行管理效率.
수착농작물요감업무적불단연신화농업생산관리대요감감측수구적불단제고,업무운행관리효솔문제일익철현.해문통과대농작물요감감측업무관리류정진행료계통화소리여조정,설계개발료“농작물요감업무관리계통”.해계통이용지리신식계통(geographic information system,GIS)、수거고기술화망락기술,과학설계료수거고계통,제승료업무계통승재능력;실현농작물요감업무공작영상수거입고관리、사순、임무분발、상보、심핵、귀당적완정업무류정;건립업무근종관리궤제,실현작물감측업무적류정화화가시화,유효제고료운행관리효솔.
With continuous extension of crop remote sensing business and the needs for improvement of agricultural production and management of remote sensing monitoring, business operation and management efficiency has increasingly become a prominent issue. Based on systematic analysis and adjustment of the crop remote sensing monitoring business management process, the Crop Remote Sensing Business Management System (CRSBMS) was designed and implemented. By using Geographic Information System (GIS), database and network technology, the scientific database system was designed to improve the service system capacity and the complete business process of crop remote sensing was implemented, including image data storage management, query, task distribution, reporting, audit and archiving. The business tracking management mechanism was established to make crop monitoring business process standardization and to improve the operation and management efficiency. Based on systematic analysis, CRSBMS was designed as a four-part, image library management system: data transmission system, business tracking system and a one-stop portal. Image library management system is for managing the business involved in the procurement and archiving massive remote sensing image data. Data transmission system is for image data sharing and distribution between business organizational unit and business commitment unit. Business tracking system is designed for providing a visual business process tracking process, with real-time project progress intuitive presented. One-stop portal provide users with intuitive project overall briefing, describing the name of the project and their respective business units, the task is completed the case, the image data downloads. CRSBMS was designed using the hybrid structure of the C/S and B/S, in order to meet the system integration, stability, security, and ease of maintenance needs. Database development used Oracle 11g as a unified database platform. Client applications access the database through ArcSDE, server-side support for multi-user access. Version1.0 of CRSBMS was released in January 2011. We carried out a preliminary application in Agriculture crop monitoring business of Remote Sensing Applications Center of the Ministry. Results showed that CRSBMS basically has achieved the expected design goals:1) Completed crop monitoring business workflow and business-critical node, real-time, fully reflected the progress of the business, simplify data sharing processes, and improved the business management efficiency. 2) The Database of CRSBMS, designed scientifically, could manage massive spatial data effectively, reduce the system response time of concurrent requests in significantly and enhance carrying capacity of business system capacity. 3) Based on existing business processes, the system is lacking in flexibility. CRSBMS could be more flexible process customization based on business needs change in future, users could choose appropriate business processes and management models depending on different needs. 4) To improve system security, further research is needed in the system encryption algorithms, hardware encryption devices and remote disaster recovery.