Arduino Obstacle Avoiding and voice control car
- 1. Presented By: Sumit Shelke Shinde Ashilesh Arjun Shirasath Sarthak Shirsath Guided and Directed By: Prof. Amit Shinde •PBL PROJECT: Artifficial Intelligence Based Robot Vehicle
- 2. • Abstract • Introduction • Summary • Assembly • Construction • Flowchart •CONTENT: • Applications • Advatages • Future Scope • Conclusion • Reference
- 3. Abstract: This project creates a voice-controlled car that responds to simple commands like left, right, forward, back, and stop through a Bluetooth-connected Android app. The commands are processed by an Arduino UNO microcontroller in the car. While noise and distance handling need improvement, image processing is suggested for detecting obstacles. The current implementation uses ZigBee for short-range control (up to 100 meters) and long-range modules for distant communication with the car.
- 4. Presenting to you Voice Control RC Car: Protect is works on the Arduino Uno and the Bluetooth Module Our project is consist of the Robot Vehicle with the controlling over the voice command and the android app with the help of the Bluetooth. This Robot Vehicle also has the feature of the obstacle detection or obstacles avoidance. This undertaking has numerous elements like, interaction between microprocessor data distribution microprocessor to the Arduino Uno and the circuit element. The control is based on the Arduino and the android application.
- 5. The Need of Voice Control RC Car The voice control was designed for a hoe assistant robot. The order of speech signals is automatically transmitted via a wired network to the server. The car is built primarily on a platform based on a microcontroller. Evaluation of the output of the originaltests is carried out with promising implications. Possible developments to feasible technologiesin households, schools, vehicle networks and businesses are also addressed. It’s one of the use in actual cars we can control cars using this kind of techniques. Drivers can use voice commands to send text messages without having to take their eyes off the road. Controlling smart home devices: Drivers can use voice commands to control smart home devices, such as lights, thermostats, and security systems, from their car.
- 6. Assembly of Project The voice control car we think on it was is at the experiment, so we try to make it smaller level. Also we can implementthe technique on the higher level like wise the actual car. The cars can be also control by the voice command we are determined by our small project.For the projectwe make RobotVehicle or we can say a small RC(RemoteControlled Car) by using the various electronics components.The electronics motors or the motion sensors is connected to the Arduino Uno board circuit. The circuit elementof this robot vehicle is control using the Arduino. And the signals command which is the form of the voice is pass from the user by means of smartphone with the android application to the brain of the robot vehicle is to Arduino Uno Circuit board for further processing.
- 9. FlowChart Algorithm of Project
- 10. Application: Voice-controlled cars using Arduino can be a fun and educational projectthat demonstrates basic electronics,programming,and potentially machine learning concepts.Here are some potential: •Educationaltool: Learning about electronics,programming,and potentially machine learning can be engaging and practical through building a voice-controlled car. •Accessibility aid: Forindividuals with limited mobility, a voice-controlledcar could be a way to interact with their environment and have some level of control over their surroundings. •Entertainment: Voice-controlled cars can be used for entertainment purposes,suchas racing against friends or completing obstaclecourses.
- 11. Advantages: Educational: Building a voice-controlledcar can be a fun and engaging way to learn about electronics,programming,and potentially machine learning. It allows you to see how differentcomponents work togetherand gain practical experience with these concepts. Customization: Arduino is a popular platform for hobbyists and makers because it allows for a lot of customization. You can tailor the voice commands,car movements, and even add additional features to your voice-controlledcar based on your interests and skills. Accessibility:For people with limited mobility, a voice-controlled car could be a way to interact with their environment and have more control over their surroundings. It could be used for tasks like simple remote control or potentially even as part of a larger assistive technologysystem.
- 12. Thank You