Hridoy Biswas

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About

Hridoy Biswas is a researcher specializing in ultrasonic sensing, object detection, and sensor-based navigation systems. His work focuses on advancing the practical applications of ultrasonic technology for shape determination and spatial mapping. His most cited paper, "Determining 2D shape of object using ultrasonic sensor" (2016), has garnered 9 citations, demonstrating its relevance in the field of sensor-based object recognition. In this study, Biswas developed an ultrasonic device functioning as a radar system to precisely measure distance and approximate the two-dimensional shape of objects. This contribution addresses a longstanding challenge in using ultrasonic sensors beyond simple distance measurement, enabling more detailed environmental perception for applications in robotics, navigation, and automated mapping. His work bridges the gap between traditional ultrasonic sensing and more advanced spatial analysis, offering a cost-effective solution for shape detection. Biswas's research is particularly valuable for students and engineers working on low-cost sensor systems, autonomous navigation, and assistive technologies, providing foundational insights into how ultrasonic data can be interpreted for shape reconstruction.