Prototype Pengatur Intensitas Cahaya Lampu Pada Ruangan Kerja Dengan Kendali Suara dan Fuzzy Logic Control

Faderi, Raja Ibnu (2022) Prototype Pengatur Intensitas Cahaya Lampu Pada Ruangan Kerja Dengan Kendali Suara dan Fuzzy Logic Control. Other thesis, Universitas Islam Riau.

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Abstract

lighting systems makes the use of electrical energy less efficient and classified as wasteful. From the problems that occur in the running system, researchers need to develop a more dynamic system by utilizing the Tsukamoto FLC method and Arduino using sound control to adjust the light intensity in the room. After implementing and testing the system that has been created, namely the Prototype of Light Intensity Regulator in the Work Room With Voice Control and Fuzzy Logic Control using NodeMCU ESP8266, it is concluded that each component can function according to its function which can be controlled and monitored from the application, implements fuzzy logic control on nodemcu with time and activity input variables obtained from the android application while the room light intensity variable is obtained from the light sensor or LDR. The result of the fuzzy process will regulate the light which is controlled by nodemcu. With the fuzzy logic control in this system, it can adjust the light to the room conditions, making it much more efficient

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