Racharla Shriya Reddy

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About

Racharla Shriya Reddy is a robotics researcher whose work sits at the intersection of human-robot interaction and accessible automation. Her primary research areas include voice-controlled robotic systems, ROS (Robot Operating System) based control architectures, and assistive technologies for smart environments. Her most cited work, "ROS Based Control of Robot Using Voice Recognition" (2019, 22 citations), proposes a voice-controlled differential drive robot that interprets and executes spoken commands—a contribution that directly addresses the growing demand for intuitive, hands-free interfaces in smart home and assistive robotics. This paper has been influential in demonstrating how ROS can serve as a flexible middleware for integrating speech recognition with real-time robot control, making robotic systems more accessible to non-expert users. Reddy's research is particularly notable for bridging the gap between natural language processing and low-level motor control, offering a practical framework for developing voice-activated robots that can navigate and assist in domestic environments. Her work continues to inspire new approaches to human-robot collaboration, especially in contexts where traditional input methods are impractical or limiting.