Paper Title
Controlling Robot by Using Google Assistant, Bluetooth and Voice Command

Abstract
The integration of contemporary technologies has led to the development of an innovative system for controlling a robot through the utilization of Google Assistant, Bluetooth, and voice commands. This project aimed to create a user-friendly and efficient mechanism for remote robot operation, enhancing the accessibility and convenience of controlling robotic systems in various settings. Through the seamless integration of Google Assistant, users were able to issue commands to the robot using natural language, simplifying the control process and enabling intuitive interaction. Leveraging the robust capabilities of the Google Assistant platform, users could effortlessly navigate the robot's functionalities, including navigation, manipulation, and various other tasks, all through simple voice commands. The implementation of Bluetooth technology facilitated a reliable and secure wireless communication channel between the controlling device and the robot, ensuring real-time transmission of commands and data without compromising on data integrity or security. This enabled a smooth and responsive control experience, empowering users to operate the robot from a distance with minimal latency. Furthermore, the development of a sophisticated voice recognition system enabled the system to accurately interpret and execute a diverse range of voice commands, thereby providing users with a seamless and intuitive control interface. The voice recognition system's robust design and efficient processing capabilities enhanced the system's responsiveness and accuracy, enabling precise and prompt execution of user commands. The successful integration of these technologies culminated in a comprehensive and user-centric control system that revolutionizes the way robots are operated.