Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing

HABOĞLU, MUSTAFA REŞİT; ISIK, MEHMET FATIH; IŞIK, Ercan

Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing

Mehmet Fatih IŞIK, (Hitit University, Department of Electrical and Electronics Engineering, Çorum, TURKEY)

Mustafa Reşit HABOĞLU, (Hitit University, Department of Mechanical Engineering, Çorum, TURKEY)

Ercan IŞIK (Bitlis Eren University, Department of Civil Engineering, Bitlis, TURKEY)

Hittite Journal of Science and Engineering

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Yıl: 2017 Cilt: 4 Sayı: 2 Sayfa Aralığı: 99 - 103 Metin Dili: İngilizce İndeks Tarihi: 29-07-2022

Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing

Öz:

M onitoring and control system is very important for crop development process in agriculture zones. A structure which is carried out based on the type of the product with the knowledge of temperature and humidity values of the agricultural land can contribute to the efficient use of underground water resources. Additionally, it can also contribute to the establishment of the administration of the land besides the economical contributions to the farmer. In this study, the values obtained by heat and humidity sensors which are placed in different locations of agricultural field are transmitted to a database by using a central operation unit. The water requirement based on the product is determined according to that database. Those values are transferred to the smart phones by using a Wi-Fi connection. A real time monitoring system is established on the smart phone. The energy supply of the system is obtained by solar cells. The design offers several advantages such as saving of the water, time and energy with the efficient use of underground water resources. Thus, by using clean energy, the design constitutes an environmental friendly system

Anahtar Kelime:

Belge Türü: Makale Makale Türü: Araştırma Makalesi Erişim Türü: Erişime Açık

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APA	ISIK M, HABOĞLU M, IŞIK E (2017). Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing. , 99 - 103.
Chicago	ISIK MEHMET FATIH,HABOĞLU MUSTAFA REŞİT,IŞIK Ercan Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing. (2017): 99 - 103.
MLA	ISIK MEHMET FATIH,HABOĞLU MUSTAFA REŞİT,IŞIK Ercan Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing. , 2017, ss.99 - 103.
AMA	ISIK M,HABOĞLU M,IŞIK E Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing. . 2017; 99 - 103.
Vancouver	ISIK M,HABOĞLU M,IŞIK E Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing. . 2017; 99 - 103.
IEEE	ISIK M,HABOĞLU M,IŞIK E "Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing." , ss.99 - 103, 2017.
ISNAD	ISIK, MEHMET FATIH vd. "Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing". (2017), 99-103.

APA	ISIK M, HABOĞLU M, IŞIK E (2017). Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing. Hittite Journal of Science and Engineering, 4(2), 99 - 103.
Chicago	ISIK MEHMET FATIH,HABOĞLU MUSTAFA REŞİT,IŞIK Ercan Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing. Hittite Journal of Science and Engineering 4, no.2 (2017): 99 - 103.
MLA	ISIK MEHMET FATIH,HABOĞLU MUSTAFA REŞİT,IŞIK Ercan Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing. Hittite Journal of Science and Engineering, vol.4, no.2, 2017, ss.99 - 103.
AMA	ISIK M,HABOĞLU M,IŞIK E Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing. Hittite Journal of Science and Engineering. 2017; 4(2): 99 - 103.
Vancouver	ISIK M,HABOĞLU M,IŞIK E Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing. Hittite Journal of Science and Engineering. 2017; 4(2): 99 - 103.
IEEE	ISIK M,HABOĞLU M,IŞIK E "Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing." Hittite Journal of Science and Engineering, 4, ss.99 - 103, 2017.
ISNAD	ISIK, MEHMET FATIH vd. "Water Resources in Agricultural Product Growing A Monitoring and Control System Integrated with Smart Phones for The Efficient Use of Underground Water Resources in Agricultural Product Growing". Hittite Journal of Science and Engineering 4/2 (2017), 99-103.