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Design of Online Application for Agricultural Machinery Service based on Android Operating System

机译:基于Android操作系统的农业机械服务在线申请设计

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Utilization of agricultural machinery recently becoming big issue to increase agriculture production in Indonesia. In these couple years Indonesian Ministry of Agriculture massively granted agricultural machineries to the farmers for increasing rice production. Considering that farmer's paddy field are scattered in villages area, it can be happening that agricultural machinery in one village may overutilize where the other still underutilize. The objective of this research is to design an online application for agricultural machinery service for optimizing the utilization of agricultural machinery. The application was developed under Android operating system which is commonly used for mobile phone. The method of this research was following System Development Life Cycle which include investigation, system analysis, design, implementation, installation and testing steps. There are three sub systems in this application i.e. system for operator, machinery provider and machinery user. The application contains several functions such as machinery data management, order management and machinery services scheduling. In the user application, detail data such as field location, type of machinery, order time, and supporting map of the location can be input and read by the machinery provider easily. The application was tested under several Android operating systems and the results showed that the application can run satisfactorily.
机译:农业机械利用最近成为巨大的问题,以增加印度尼西亚农业生产。在这些几年内,印度尼西亚农业部大规模地向农民批准农民增加水稻生产。考虑到农民的稻田散落在村庄地区,可能会发生一个村庄的农业机械可能会过度抵制另一个仍然未充分利用的地方。本研究的目的是设计用于农业机械服务的在线申请,以优化农业机械的利用。该应用程序是根据Android操作系统开发的,该系统通常用于手机。该研究的方法是在系统开发生命周期之后,包括调查,系统分析,设计,实现,安装和测试步骤。本申请中有三个子系统,即操作员,机械提供商和机械用户的系统。该应用程序包含多种功能,例如机械数据管理,订单管理和机械服务调度。在用户应用程序中,可以通过Machinery Provider轻松地输入和读取位置的详细数据,例如现场位置,机械类型,订单时间和支持地图的地图。该应用程序在几个Android操作系统下进行了测试,结果表明,应用程序可以令人满意地运行。

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