农业工程学报
農業工程學報
농업공정학보
2010年
1期
232-237
,共6页
陈红艳%聂宜民%车明亮%李可华%崔亚亮
陳紅豔%聶宜民%車明亮%李可華%崔亞亮
진홍염%섭의민%차명량%리가화%최아량
网络%农产品%设计%生产%蔬菜安全
網絡%農產品%設計%生產%蔬菜安全
망락%농산품%설계%생산%소채안전
networks%agricultural products%design%production%vegetable safety
为了进一步推进蔬菜生产的安全化、信息化和现代化,促进蔬菜安全生产,该文以国家综合示范项目为基点,以国家蔬菜生产基地--寿光的专业数据为例,综合采用J2EE(Java2平台企业版,Java2 Platform-Enterprise Edition)技术、地理信息系统技术(GIS)、网络技术(Internet)、无线通讯技术、数据库技术(DBMS)以及可移动电话或手机GPS定位技术,研究、设计和建设了蔬菜安全生产管理与服务网络平台,包括基于WebGIS的蔬菜安全生产有线网络系统、基于GIS与无线通讯的氮肥平衡推荐系统和基于3DGIS的蔬菜安全生产可视化系统.该平台能够辅助政府机构实时对蔬菜的安全生产进行监控,提供决策依据,为蔬菜生产用户提供氮肥平衡推荐和蔬菜栽培技术指导,并将氮肥平衡推荐功能扩展到低端硬件手机用户,实现生产信息技术到田间地头的延伸.
為瞭進一步推進蔬菜生產的安全化、信息化和現代化,促進蔬菜安全生產,該文以國傢綜閤示範項目為基點,以國傢蔬菜生產基地--壽光的專業數據為例,綜閤採用J2EE(Java2平檯企業版,Java2 Platform-Enterprise Edition)技術、地理信息繫統技術(GIS)、網絡技術(Internet)、無線通訊技術、數據庫技術(DBMS)以及可移動電話或手機GPS定位技術,研究、設計和建設瞭蔬菜安全生產管理與服務網絡平檯,包括基于WebGIS的蔬菜安全生產有線網絡繫統、基于GIS與無線通訊的氮肥平衡推薦繫統和基于3DGIS的蔬菜安全生產可視化繫統.該平檯能夠輔助政府機構實時對蔬菜的安全生產進行鑑控,提供決策依據,為蔬菜生產用戶提供氮肥平衡推薦和蔬菜栽培技術指導,併將氮肥平衡推薦功能擴展到低耑硬件手機用戶,實現生產信息技術到田間地頭的延伸.
위료진일보추진소채생산적안전화、신식화화현대화,촉진소채안전생산,해문이국가종합시범항목위기점,이국가소채생산기지--수광적전업수거위례,종합채용J2EE(Java2평태기업판,Java2 Platform-Enterprise Edition)기술、지리신식계통기술(GIS)、망락기술(Internet)、무선통신기술、수거고기술(DBMS)이급가이동전화혹수궤GPS정위기술,연구、설계화건설료소채안전생산관리여복무망락평태,포괄기우WebGIS적소채안전생산유선망락계통、기우GIS여무선통신적담비평형추천계통화기우3DGIS적소채안전생산가시화계통.해평태능구보조정부궤구실시대소채적안전생산진행감공,제공결책의거,위소채생산용호제공담비평형추천화소채재배기술지도,병장담비평형추천공능확전도저단경건수궤용호,실현생산신식기술도전간지두적연신.
For furthering the safety and information and modernization of vegetable production, and promoting vegetable safety production, based on the comprehensive national demonstration projects and as an example of state-level vegetable production zone--Shouguang, the management and service network platform of vegetable safety production was designed and developed by full utilizing the technologies of J2EE, GIS, internet, wireless communication, DBMS and mobile phone or GPS. The platform involved the cable network system of vegetable safety production based on WebGIS, the recommended nitrogen balance system based on GIS and wireless communication, and the visualization system of vegetable safety production based on 3DGIS. Through the platform, government departments could real-time monitor vegetable safety production and provide the basis for decision-making. Vegetable producers could be offered with the recommended nitrogen and cultivation techniques, morover, the recommended nitrogen balance system was expanded to low-end hardware mobile phone, which achieved the extension of production information techniques to fields.