39783-107516-1-PB.pdf - Indonesian Journal of Electronics and Instrumentation Systems(IJEIS Vol.8 No.2 October 2018 pp 221~232 ISSN(print 2088-3714

39783-107516-1-PB.pdf - Indonesian Journal of Electronics...

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Indonesian Journal of Electronics and Instrumentation Systems (IJEIS) Vol.8, No.2, October 2018, pp. 221~232 ISSN (print): 2088-3714, ISSN (online): 2460-7681 DOI: 10.22146/ijeis.39783 221 Received October 18 th ,2018; Revised October 26 th , 2018; Accepted October 31 th , 2018 Sistem Monitoring Realtime Jaringan Irigasi Desa (JIDES) Dengan Konsep Jaringan Sensor Nirkabel Arie Setya Putra* 1 , Hamdan Sukri 2 , Khozainuz Zuhri 3 1,2,3 Program Studi Sistem Informasi STMIK Mitra Lampung, Indonesia e-mail : 1* [email protected] , 2 [email protected], 3 [email protected] Abstrak Program swasembada di era pemeritahan yang baru memprogramkan untuk meraih kembali swasembada pangan yang dulu pernah dicapai. Hal ini terdapat pada salah satu nawacita pemerintahan baru yaitu mewujudkan kemandirian nasional dengan menggerakkan sektor-sektor strategis ekonomi domestik, yang salah satunya pada sektor pertanian melalui upaya membangun dan mewujudkan kedaulatan pangan. Dalam upaya untuk mewujudkan kedaulatan pangan, penulis membuat inovasi teknologi berupa prototype (purwarupa) sistem pemantuan jaringan irigasi desa (JIDES) berbasis web sehingga dapat di akses dari berbagai jenis perangkat dan dapat di akses dimana saja sedangkan teknologi yang dikembangkan menggunakan single board computer (SBC) dengan perangkat sensor yang memiliki jarak deteksi 2 300 cm dan dengan model jaringan berbasis pada topologi mesh yang memiliki jarak transmisi kurang lebih 1200 meter outdoor antara titik node. Hasil pengiriman data antara titik node menunjukkan bahwa waktu update data ketinggian air setiap 60 detik dengan waktu pengiriman ke database server rata-rata setiap 60 detik. Kata Kunci Irigasi Desa, Sistem Pemantauan, Jaringan Sensor Nirkabel, Raspberry PI Abstract Self-sufficiency programs in the new government era program to regain food self- sufficiency that was once achieved. This is found in one of the new government initiatives, namely to realize national independence by mobilizing strategic sectors of the domestic economy, one of which is in the agricultural sector through efforts to build and realize food sovereignty. Based on this and in an effort to realize food sovereignty, the author made technological innovations in the form of prototype design of the village-based irrigation network monitoring system so that it can be accessed from various types of devices and can be accessed anywhere while the technology developed uses a single board computer (SBC) with sensor devices that have a detection distance of 2 300 cm and with a network model based on mesh topology which has a transmission distance of approximately 1200 meters outdoor between node points. Data transmission results between node points indicate that the water level data update time is every 60 seconds with the sending time to the server database on average every 60 seconds.
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