Design and Development of a Monitoring and Controlling System for Automatic Watering and Filling in Fungi House's Internet of Things-Based Mushroom Cultivation

Eko Supriyanto, Rizkha Ajeng Rochmatika, Cantika Cakhya Oktaviani, Syauqi Fajar Luqita, Abu Hasan, Hutama Arif Bramantyo, Tri Raharjo Yudantoro

Abstract


Temperature and humidity are aspects that need to be considered in cultivating oyster mushrooms. Previously, Fungi House in Genting Village, Semarang, implemented an automatic temperature, humidity, and watering monitoring system, but manually filled the water. This new system's design and development aim to simplify the monitoring and control of temperature, humidity, and water level for managers. Managers determined temperature, humidity, and water level thresholds via the web page. This system used the agile scrum method. The test results showed that the temperature measurement accuracy was 96.85%, humidity 99.35%, and water level 98.99%. With this system, the quality of baglog (mushroom growing medium) increased by 4.62%, while dead baglog decreased by 99.01%. Black box testing demonstrates that all features perform well in web testing. In the load activity test, with low bandwidth (6.71 Mbps), the average load time was 1.32 seconds, and with high bandwidth (37.15 Mbps), it was 0.878 seconds. These two conditions indicate excellent system performance and provide optimal user experience.

Keywords


Telecommunication; Internet of Things; Oyster Mushroom; Monitoring; Controlling; Website

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References


Avisyah, GF (2021). "Analysis of the Temperature and Humidity Monitoring System and Automatic Watering in Android-Based Mushroom Cultivation at Fungi House, Semarang Regency." Semarang State Polytechnic.

Budiman, A., Duskarnaen, MF, & Ajie, H. (2020). "ANALYSIS OF QUALITY OF SERVICE (QOS) ON THE INTERNET NETWORK OF SMK NEGERI 7 JAKARTA." Pinter Journal, 4.

Cahyaningtyas, W. (2021). "Analysis of the Temperature and Humidity Monitoring System and Automatic Watering in Android-Based Mushroom Cultivation at Fungi House, Semarang Regency." Semarang State Polytechnic.

ETSI. (1999). “Telecommunications and Internet Protocol Harmonization Over Networks (TIPHON); General aspects of Quality of Service (QoS).” Etsi Tr 101 329 V2.1.1, 1, 1–37.

Hariyanto, A., Sugiharti, E., & Arifudin, R. (2019). "Android Based Labschool Academic Information System Mobile Application at Semarang State University." UNNES Journal of Mathematics, 12.

Isa Alfaris, HB, Anam, C., & Masy'an, A. (2013). "IMPLEMENTATION OF BLACK BOX TESTING ON A WEB-BASED SANTRI REGISTRATION INFORMATION SYSTEM USING PHP AND MYSQL." Journal of Science And Technology, 6, 27–28.

Karangsewu, D. (2020, March 18). “Oyster Mushroom Cultivation.” https://karangsewu-kulonprogo.desa.id/index.php/article/2020/3/18/budidaya-jamur-tiram.

Meier, J.D., Farre, C., Bansode, P., Barber, S., & Rea, D. (2007). “Performance Testing Guidance for Web Applications. Microsoft Corporation.”

Sujoko, A., Lutfi, M., & Purnomo, D. (2015). "Study on Sterilization of Growing Media for White Oyster Mushrooms (Pleurotus Ostreatus (L) Fries) Using a Baglog Steamer." Journal of Tropical Agricultural Engineering and Biosystems, 3, 303.

Umam, MS (2019, March 12). “Agile and Scrum | Introduction." Https://Medium.Com/DotIntern/Agile-Dan-Scrum-Penetalan Ed1bb461a5bc.

Waluyo, S., Wahyono, RE, Lanya, B., & Telaumbanua, M. (2018). "Automatically Controlling Temperature and Humidity in Oyster Mushroom Mushrooms (Pleurotus sp) Based on a Microcontroller." Agritech, 282.

Yuliani, A., & Afriyanto, T. (2020). "Temperature Monitoring System in the Mushroom Baglog Sterilization Process with Android-Based ESP32 at Fungi House, Genting Village, Semarang Regency." Semarang State Polytechnic.




DOI: http://dx.doi.org/10.32497/jaict.v9i2.5921

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