Development of a system for recording farming data by using a cellular phone equipped with GPS.
Development of a system for recording farming data by using a cellular phone equipped with GPS.
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DOI：
10.3173/air.15.241
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发表时间：
2006-01-01
期刊：
影响因子：
--
通讯作者：
Guan, S. L.
中科院分区：
文献类型：
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作者：
Guan SenLin, Guan SenLin;Shikanai, T.;Guan, S. L.
为了提高甘蔗产量并促进稳定管理，要求农业生产企业系统、高效地管理工作。因此，有必要准确理解农业生产公司的工作，以便合理规划农业经营。本研究的目的是开发一个系统，用于记录农业数据与蜂窝电话配备了GPS（全球定位系统）功能和互联网连接。内置的GPS功能用于生成测量位置的现场地图，以指示操作员的位置。从蜂窝电话输入的数据通过互联网传输到系统的服务器并存储在服务器上。日本的甘蔗生产农业公司进行的实验结果表明，移动电话的GPS功能的精度足以识别当前的工作场地。使用移动电话，1-2分钟就可以输入一组记录的农业数据。该系统采用低成本的硬件和软件开发，运行成本低。该系统可以收集必要的农业数据，如日期，天气，工作时间，工作组成和田间使用的机器。此外，该系统采用数据库技术，可以有效地处理大量分散在大范围内的农田数据。
In order to improve sugarcane yield and encourage stable management, agricultural production corporations are required to manage their work systematically and efficiently. Therefore, it is necessary to accurately comprehend the work that goes on in the agricultural production corporations for the rational planning of farming operations. This study is aimed at developing a system for recording farming data with a cellular phone equipped with a GPS (Global Positioning System) function and an Internet connection. The built-in GPS function is used to produce a field map of the measured position to indicate the location of the operator. The data entered from the cellular phone are transferred to and stored on the server of the system via the Internet. The results of experiments conducted by sugarcane-producing agricultural corporations in Japan revealed that the precision of the GPS function of the cellular phone was sufficient to identify the current working field. Using a cellular phone, a set of recorded farming data can be input in 1-2 minutes. The system is developed using low-cost hardware and software, and it has a low operating cost. This system can collect the necessary farming data such as the date, weather, working time, composition of work, and machines used in the field. Furthermore, by adopting database technology in this system, large quantities of data of the farmland that are scattered over a wide zone could be handled efficiently.