project Aims

 Key Components of my Proposed System:

  1. Occupancy Detection: Utilizing sensors to determine room occupancy and adjust lighting accordingly.
  2. Natural Light Adjustment: Incorporating light sensors to measure ambient light levels and modulate artificial lighting to maintain consistent illumination.
  3. Gesture-Based Control: Implementing camera-based systems to recognize user gestures for intuitive lighting control

Project Aim

The primary aim of this project is:

To design and develop a smart lighting system that optimizes energy efficiency and enhances user convenience by automatically adjusting lighting based on room occupancy, ambient light levels, and gesture-based user inputs.

This project aligns with energy efficiency goals and provides an interactive, sustainable, and smart lighting solution for homes and offices

Key Objectives:

  1. Implement Gesture-Based Control

    • Use a camera module and computer vision algorithms to recognize user gestures for turning lights ON/OFF and adjusting brightness.

  2. Integrate a PIR Motion Sensor for Occupancy Detection

    • Automatically turn lights ON when a person enters and turn them OFF when the room is vacant.

  3. Develop an Adaptive Lighting System

    • Use a light sensor to measure ambient light levels and adjust artificial lighting accordingly.

  4. Enable Remote Monitoring and Control

    • Use a Wi-Fi module (ESP8266/ESP32) to provide a web-based/mobile interface for remote access.

  5. Test and Validate System Performance

    • Measure energy savings, gesture accuracy, system response time, and user satisfaction under real-world conditions.

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