@thesis{thesis,
		author={Indrianto  Indrianto and Susanti  Meilia Nur Indah and UTAMA  M. IQBAL ALFIAN},
		title ={PENERAPAN FUZZY LOGIC UNTUK REMOTE MONITORING DAN CONTROLLING PADA RUANG FERMENTASI TEMBAKAU BERBASIS IOT},
		year={2022},
		url={http://156.67.221.169/5707/},
		abstract={Tobacco is a plant where the leaves are used as raw material for making cigarettes and 
cigars. Before being processed into cigarettes, there is a fermentation process in tobacco 
leaves where this process still uses conventional methods to keep the room temperature 
and humidity stable. This is what makes tobacco leaves damaged and not getting the 
desired quality, need a monitoring and controlling tools to maintain temperature and 
humidity with the IoT concept and can be controlled remotely using the Blynk 
application. The controlling process applies the Sugeno fuzzy method to control the 
speed of the heating, cooling, and misting elements. Test results data at one time the 
temperature sensor shows a value of 30.8C, and a temperature measuring instrument 
shows a value of 29.3C. Data was taken at 1 time with 12 retrieval times in a day. The 
results of data collection are calculated the difference and the error value, then summed 
and calculated on average so that an error value of 5.1% is obtained. The comparison 
results show that the average error of the temperature sensor is 4.5%, the humidity 
sensor is 14.6%, so it can be concluded that the quality of the sensor used can affect the 
accuracy of the performance of the supporting devices used and affect the quality of 
tobacco produced in the tobacco fermentation process}
		}