Sistem Monitoring Pendeteksi Suhu dan PH Air Tambak Menggunakan Metode Fuzzy
DOI:
https://doi.org/10.33504/jitt.v2i2.191Keywords:
Fuzzy, Monitoring System, Snakehead FishAbstract
The snakehead fish is a type of freshwater fish that is widely cultivated due to its relatively high economic value. Achieving success in snakehead fish farming requires careful planning, effective management, understanding of cultivation techniques, and compliance with regulations and business requirements. However, temperature and pH checks in the fish pond at PT Mahkota Tanah Air are currently conducted manually. The environmental conditions of the pond significantly affect the freshwater fish farming process. Therefore, a modern technology-based detection system is needed to monitor the temperature and pH of the fish pond using the Fuzzy method. Thus, the implementation of this temperature and pH detection monitoring system can assist pond operators in monitoring the temperature and pH of the fish pond. The testing results of the temperature and pH sensors at PT Mahkota Tanah Air show an accuracy rate of 98%, indicating success.
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References
D. Hanggara, “Kajian Prolsels Pelndinginan Air Untuk Melngolntroll Telmpelratur Air Pada Budidaya Ikan Gabus Pada Kolndisi Seljuk,” 2022.
R. Pramana, “Pelrancangan Sistelm Kolntroll dan Molnitolring Kualitas Air dan Suhu Air Pada Kollam Budidaya Ikan,” J. Sustain. J. Has. Pelnellit. dan Ind. Telrap., voll. 7, nol. 1, pp. 13–23, 2018, doli: 10.31629/sustainablel.v7i1.435.
M. T. Tamam and D. N. Aji, “Pelrancangan dan Pelmbuatan Sistelm Pelngaturan pH dan Suhu Air pada Kollam Ikan,” Relsist. (Ellelktrolnika Kelndali Tellelkolmun. Telnaga List. Kolmputelr), voll. 5, nol. 1, p. 81, 2022, doli: 10.24853/relsistolr.5.1.81-84.
J. Iskandar and D. K. Utami, “Pelnelrapan Fuzzy Lolgic Untuk Melningkatkan Delrajat Kelbelnaran Deltelksi Pada Alat Bantu Buta Warna Belrbasis Selnsolr Olptik,” Kolmputasi J. Ilm. Ilmu Kolmput. dan Mat., voll. 16, nol. 1, pp. 195–202, 2019, doli: 10.33751/kolmputasi.v16i1.1590.
I. G. Madel, S. Widya, and I. K. A. Molgi, “Implelmelntasi Sistelm Molnitolring pada Ikan Channa delngan Melnggunakan Lolgika Fuzzy,” voll. 1, nol. Nolvelmbelr, 2022.
D. Purnolmol, “Moldell Proltoltyping Pada Pelngelmbangan Sistelm Infolrmasi,” J I M P - J. Infolrm. Melrdelka Pasuruan, voll. 2, nol. 2, pp. 54–61, 2017, doli: 10.37438/jimp.v2i2.67.
T. Pricillia and Zulfachmi, “urvely Papelr: Pelrbandingan Meltoldel Pelngelmbangan Pelrangkat Lunak (Watelrfall, Proltoltypel, RAD),” Bangkit Indolnels., voll. X, nol. 1, pp. 6–12, 2021, doli: 10.23960/kolmputasi.v11i1.2959.
A. D. Pangelstu, F. Ardiantol, and B. Alfarelsi, “Sistelm Molnitolring Belban Listrik Belrbasis Arduinol Noldelmcu Elsp8266,” J. Ampelrel, voll. 4, nol. 1, p. 187, 2019, doli: 10.31851/ampelrel.v4i1.2745.
El. K. Putra, Sistelm Molnitolring Kualitas Air pada Budidaya Bibit Ikan Hias Melnggunakan Meltoldel Fuzzy Mamadani Belrbasis Intelrnelt olf Things. 2020.
Anggita Nur Fatholni and Unan Yusmaniar Olktiawati, “Blackbolx Telsting telrhadap Proltoltipel Sistelm Molnitolring Kualitas Air Belrbasis IolT,” J. Nas. Telk. Ellelktrol dan Telknoll. Inf., voll. 10, nol. 4, pp. 362–368, 2021, doli: 10.22146/jntelti.v10i4.2095.
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