Enhancing the Scalability of LED Control Systems through Virtual Reality Technology Integration

This study aims to develop a VR technology-based LED control interface.The objective of the study is to provide an intuitive user experience and improve efficiency in smart home lighting environments.For this, it designed an algorithm and interface to control LED lighting installations utilizing VR technology.VR technology was utilized to allow users to intuitively control LEDs in a virtual reality space, and a spatial coordinate-based input method was used to enable more precise control.It also implemented pulse width modulation (PWM) technology to control LED color temperature and brightness.This enables real-time control and synchronization of LED installations, and the system is designed to allow multiple users to share and visualize control data on a network basis.By establishing a multi-participatory LED control environment, this study presented various application possibilities such as media art, education, and experiential content.It also added vibration feedback to user input to enhance immersion, and optimized the algorithm to prevent data loss and ensure real-time operation.This study expects to make an innovative contribution to the development of smart home lighting systems and extended reality content.