【摘要】 为了提高收割机调度系统的管理水平和农机调度的效率,将B/S架构和可视化分析技术引入到了调度系统的设计中,用户可以直接通过浏览器对远程收割机的轨迹数据进行查看,提高了调度系统的可查询性和可视化水平。改进后的调度系统可以实时显示收割机的作业动态和作业轨迹,农机管理人员可以根据作业轨迹合理地对农机作业路径做出规划;当作业的农机较多时,管理人员也可以根据作业区域的面积和特点,对每台农机的作业做出合理的调度。由于采用B/S架构,驾驶人员可以通过浏览器用户端对收割机的作业轨迹充分了解,特别是在遇到急转弯或者障碍物时提前做出预判,从而降低了事故的发生概率。更多还原

【Abstract】 In order to improve the management level of harvester dispatching system and the efficiency of agricultural machinery dispatching, it introduced B/S architecture and visualization analysis technology into the design of the dispatching system. Users can directly view the trajectory data of remote harvester through browser, which improves the query and visualization level of the dispatching system. The improved dispatching system can real-time display the operation dynamics and trajectory of the harvester. Agricultural machinery managers can plan the operation path of the agricultural machinery according to the operation trajectory. When there are more agricultural machinery in operation, the managers can also make reasonable dispatch for each agricultural machinery according to the area and characteristics of the operation area. Because of the B/S architecture, the driver can also fully understand the harvester’s operation trajectory through the browser client, especially when encountering sharp turns or obstacles, make a prediction in advance, which can reduce the probability of accidents.更多还原