农机化研究
農機化研究
농궤화연구
JOURNAL OF AGRICULTURAL MECHANIZATION RESEARCH
2013年
12期
82-85
,共4页
吴才聪%丁连军%蔡亚平%罗梦佳
吳纔聰%丁連軍%蔡亞平%囉夢佳
오재총%정련군%채아평%라몽가
农机监控%路径引导%便携式%平板电脑%组织管理%调度
農機鑑控%路徑引導%便攜式%平闆電腦%組織管理%調度
농궤감공%로경인도%편휴식%평판전뇌%조직관리%조도
agricultural machinery monitoring%route guidance%portable%tablet PC%organization management%schedu-ling
为提高大型农机机组的农机管理调度效率与便捷性,基于平板电脑开发了农机监控与路径引导系统。设计了系统结构与数据流程,包括移动终端、服务器、通信网关和监控终端;设计了移动通信终端位置与属性传输、导航通信终端农田更新、导航通信终端路径引导等通信协议。基于Windows 平板电脑和GoogleMap 地图组件,开发了便携式农机管理调度原型系统,主要实现位置报告、机具监控、中心导航和移动指挥等功能。结合2011和2012年北京市相关农机合作社的应用实践,进行了系统应用验证。结果表明,系统可显著提高农机移动管理与调度效率,可为大型农机机组的管理与调度提供有益参考。
為提高大型農機機組的農機管理調度效率與便捷性,基于平闆電腦開髮瞭農機鑑控與路徑引導繫統。設計瞭繫統結構與數據流程,包括移動終耑、服務器、通信網關和鑑控終耑;設計瞭移動通信終耑位置與屬性傳輸、導航通信終耑農田更新、導航通信終耑路徑引導等通信協議。基于Windows 平闆電腦和GoogleMap 地圖組件,開髮瞭便攜式農機管理調度原型繫統,主要實現位置報告、機具鑑控、中心導航和移動指揮等功能。結閤2011和2012年北京市相關農機閤作社的應用實踐,進行瞭繫統應用驗證。結果錶明,繫統可顯著提高農機移動管理與調度效率,可為大型農機機組的管理與調度提供有益參攷。
위제고대형농궤궤조적농궤관리조도효솔여편첩성,기우평판전뇌개발료농궤감공여로경인도계통。설계료계통결구여수거류정,포괄이동종단、복무기、통신망관화감공종단;설계료이동통신종단위치여속성전수、도항통신종단농전경신、도항통신종단로경인도등통신협의。기우Windows 평판전뇌화GoogleMap 지도조건,개발료편휴식농궤관리조도원형계통,주요실현위치보고、궤구감공、중심도항화이동지휘등공능。결합2011화2012년북경시상관농궤합작사적응용실천,진행료계통응용험증。결과표명,계통가현저제고농궤이동관리여조도효솔,가위대형농궤궤조적관리여조도제공유익삼고。
In order to improve the management and scheduling efficiency of large-scale agricultural units of agricultural machinery , the paper designed and developed a Tablet PC-based portable agricultural monitoring and navigation system . The paper designed the system structure and the data flow .The system includes mobile terminals , servers , communica-tion gateways , and monitoring terminals .The paper also designed communication protocols , such as the transmission of mobile communication terminals’ location and attributes, the farmland updated of navigation terminals, the route guid-ance of the navigation terminal and other .The paper developed portable prototype system of agricultural management and scheduling system , based on Windows Tablet PC and Google map component .Functions of the system include position report , machinery monitoring , center navigation , mobile command .Combined with the related agricultural cooperatives practice in Beijing in 2011 and 2012 , we conduct system application validation test , and the results show that the system can significantly improve agricultural management and scheduling efficiency and can provide a useful reference for the management and scheduling of large-scale agricultural units .