Voice Recognition Robot with Real-Time Surveillance and Automation
This is an incremental application of existing voice recognition technology to robotics for assistive and industrial automation purposes.
The paper tackled real-world automation by developing a voice recognition system that converts voice commands into text via an Android app, transmits them via Bluetooth to a controller circuit, and executes operations like obstacle detection, lighting control, and horn functions. The result is a system that enables robots to perform tasks with precision, serving as an assistive tool for individuals with disabilities and in industrial automation.
Voice recognition technology enables the execution of real-world operations through a single voice command. This paper introduces a voice recognition system that involves converting input voice signals into corresponding text using an Android application. The text messages are then transmitted through Bluetooth connectivity, serving as a communication platform. Simultaneously, a controller circuit, equipped with a Bluetooth module, receives the text signal and, following a coding mechanism, executes real-world operations. The paper extends the application of voice recognition to real-time surveillance and automation, incorporating obstacle detection and avoidance mechanisms, as well as control over lighting and horn functions through predefined voice commands. The proposed technique not only serves as an assistive tool for individuals with disabilities but also finds utility in industrial automation, enabling robots to perform specific tasks with precision.