Automatic LED lighting control by program computer
Main Article Content
Abstract
This research is the design and construction of an automatic light intensity control system. with fuzzy logic controller The controlled lighting system uses LED bulbs. that works with a fuzzy logic controller to measure light intensity using a resistor that adjusts according to light to measure. A fuzzy logic controller consists of a component that converts numerical values into linguistic values. The section defines the control rules and the conversion from linguistic values to numerical values. Fuzzy logic control rules can determine that the response of the system's output signal is appropriate to the needs. From the test results, it was found that the light intensity control system uses a fuzzy logic controller. The light intensity can be controlled according to the desired reference input signal. and can control interference from outside light effectively within the specified control limits
Article Details

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
References
Chewapanthusri, K. (2011). LabVIEW software for developing measurement and control systems. SE-ED Education.
Ict. (2024). Fuzzy logic. Online System. http://www.ict.up.ac.th
Inosoth, T., Phongpanich, C. and Suechai, B. (2017). Light intensity control system. with fuzzy logic controller, 4th Southeast Asia Interdisciplinary National Conference, Southeast Asia University.
Mwit. (2024). LDR resistor. online system. http://www.mwit.ac.th
Patcharaprakiti, N. and Premrudeepreechacharn, S. (2002). Maximum Power Point Tracking UsingAdaptive Fuzzy Logic Control for Grid-Connected Photovoltaic System. IEEE Power Society
Patcharaprakitti, N., Prommee, W. and Chompuming, S. (2007). Building electrical control to control with adaptive fuzzy logic control system. 1st Academic Conference on Energy and Environment and Materials, University of Technology Rajamangala Lanna Chiang Rai.
Research (2024). Theory and principles of use regarding the LabVIEW program. Online System. http://www.research.com
Siamchemi. (2024). LED bulbs. Online System. http://www.siamchemi.com/
Sine. (2024). DAQ NI-USB 6009. Online System. http://sine.ni.com
Suechaichae, B., Inosoth, T. and Phongpanich, C. (2017). Application of controllers. Fuzz PI for controlling fluorescent light intensity, United National Academic Conference 5th Southeast Asian Science Conference, Southeast Asia University.