Smart Autonomous Voice Control Obstacle Avoiding Robot

The study aims to build voice-controlled robots with autonomous braking, obstacle avoidance, and speed reduction capabilities. This research will enable the development of robots that can accurately and autonomously assess and respond to environmental conditions, such as obstacles in their path. The primary objective of the robot is to use voice commands to steer the robotic vehicle and analyze speech input to carry out the necessary actions to avoid obstacles. The research is expected to significantly improve the safety of autonomous vehicles by allowing them to detect and respond in real time to changes in their environment. The robot is voice-activated and connected to an Android smartphone through Bluetooth. The robot will also be able to recognize obstacles with the help of an ultrasonic sensor. The physically disabled and the primarily blind will benefit from further developments in this technology, among many other groups of people. This technology can fundamentally alter how people view mobility and provide many opportunities to those who would otherwise need to rely on other modes of transportation.