Gesture Controlled Car Presentation Using esp 32

Gesture controlled car presentation.
#gesturecontrolcar #engineering
#miniproject

1. VISVESVARAYA TECHNOLOGICAL UNIVERSITY Vijaya Vittala Institute of Technology Dept of Electronics and Communication Engineering Project Review on “Gesture Controlled Car” Project Associate 1. Deeksha Shree N 1VJ21EC002 2. Gowtham B 1VJ21EC004 Guide Ms Swetha Rani M Assistant Professor, Department of Electronics and Communication Engineering Vijay Vittala Institute of Technology

2. CONTENTS Project Life Cycle Problem Statement Project Objectives Capabilities of ESP 32 Configuration Components Block Diagrams Working Model Conclusion

3. Project Life Cycle Road Map to our project 1 2 3 4 5 Problem Solution Planning Execution Result Identifying real-time problems in society Finding accurate solutions to the project Planning the roadmap to the execution of the identified solution Implementing the Proposed plan for the result Finalizing the results and concluding the project

4. PROBLEM STATEMENT Accessibility for Disabled Individuals Physically disabled individuals may find it challenging to use traditional car control methods.

5. Project objectives 1. Understand ESP32 capabilities 2. Set up and configure ESP32 3. Integrate gesture recognition module 4. Assemble car chassis 5. Control motors using ESP32 6. Develop gesture-control code 7. Integration and testing 8. Optimize and refine 9. Documentation 10. Presentation

6. Understanding the Capabilities of ESP 32 Dual Core Processor Wi-Fi and Bluetooth Connectivity Low Power Consumption GPIO Pins Integrated Sensors Security Features This Photo by Unknown Author is licensed under CC BY-NC

7. Set Up and Configuration of ESP 32 Install Arduino IDE Install ESP32 Board Package Connect ESP32 to Your Computer Install USB to UART Bridge Drivers This Photo by Unknown Author is licensed under CC BY-NC-ND

8. Integrate Gesture Recognition Module Components Wiring the components Installing the necessary libraries Prototyping and Testing This Photo by Unknown Author is licensed under CC BY-SA

9. Components Utilized Hardware ESP 32 LN298 Motor Driver MPU 6050 Batteries Jumper Cables BO Motor Mecanum Tyres This Photo by Unknown Author is licensed under CC BY-SA This Photo by Unknown Author is licensed under CC BY-NC-ND

10. Components Utilized Software Arduino IDE Draw.io Fritzing Online Compliers This Photo by Unknown Author is licensed under CC BY-SA

11. Gesture-Control Code Development Interpret gestures from sensor Map gestures to car movements This Photo by Unknown Author is licensed under CC BY-SA-NC

12. BLOCK DIAGRAM TRANSMITTER

13. BLOCK DIAGRAM RECIEVER

14. ONBOARD SKETCH RECEIVER

15. ONBOARD SKETCH TRANSMITTER

16. WORKING MODEL

17. WORKING MODEL VIDEO

18. Problem Statement Solution Hands-Free Operation Enhanced Safety in Hazardous Environments Improved Control in Low Visibility Efficiency in Industrial Applications

19. Real World Applications Accessibility for disabled individuals Enhanced safety in hazardous environments Intuitive user interfaces Efficient control in industrial applications

20. Future Enhancements Voice Control Integration Obstacle Avoidance Advanced Gesture Recognition B rain–computer interface (BCI)

21. Conclusion The gesture-controlled car mini project is a testament to the power of integrating modern technologies to create innovative solutions. It opens up new possibilities for vehicle control, making it more accessible, intuitive, and efficient. The skills and knowledge gained from this project can be applied to a wide range of applications, paving the way for further advancements in the field of gesture-controlled systems.