Wi Fi Talking Bot: Development of Smart Bot

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Bol The Wi-Fi Talking Robot is an innovative system that integrates wireless communication and speech synthesis to create an interactive mobile robotic platform. The main objective of this project is to design and develop a robot that can be controlled remotely through a Wi-Fi network. The system combines embedded system programming, real-time wireless communication, and voice interaction to provide practical applications in areas such as education, healthcare, customer service, and smart home environments.At the core of the robot is a Wi-Fi enabled microcontroller such as ESP8266 or ESP32, which receives commands from a user interface developed on a smartphone or a web-based application. Based on the received commands, the robot moves in four directions-forward, backward, left, and right-using a motor driver module that controls the DC motors. In addition to movement control, the system allows users to enter custom text messages that are converted into speech output, enabling the robot to speak and interact with users.This feature improves human-robot interaction and makes the robot useful in delivering messages or providing assistance in different environments.

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The Wi-Fi Talking Robot is an innovative system that integrates wireless communication and speech synthesis to create an interactive mobile robotic platform. The main objective of this project is to design and develop a robot that can be controlled remotely through a Wi-Fi network. The system combines embedded system programming, real-time wireless communication, and voice interaction to provide practical applications in areas such as education, healthcare, customer service, and smart home environments.At the core of the robot is a Wi-Fi enabled microcontroller such as ESP8266 or ESP32, which receives commands from a user interface developed on a smartphone or a web-based application. Based on the received commands, the robot moves in four directions-forward, backward, left, and right-using a motor driver module that controls the DC motors. In addition to movement control, the system allows users to enter custom text messages that are converted into speech output, enabling the robot to speak and interact with users.This feature improves human-robot interaction and makes the robot useful in delivering messages or providing assistance in different environments.

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Pagina's: 56, Paperback, LAP LAMBERT Academic Publishing


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Merk LAP LAMBERT Academic Publishing
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  • 9786209744907
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