Ben Drayton

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About

Ben Drayton has made focused contributions to the field of mobile robotics, specializing in the development of advanced 3D sensing systems. His primary research centers on the design and characterization of full-field range imaging cameras, particularly time-of-flight (ToF) sensors engineered for mobile robotic applications. Drayton’s major contributions include the construction of a configurable range imaging system that enhances a robot’s ability to perceive and navigate complex environments. His most cited work, “Design and Construction of a Configurable Full-Field Range Imaging System for Mobile Robotic Applications” (2011), has garnered 9 citations, reflecting its foundational role in the development of compact, reliable depth sensors. A related paper, “The development of a time of flight range imager for mobile robotics” (2011), with 7 citations, further details the integration of these sensors into real-world robotic platforms. Drayton’s research addresses a critical need for more sophisticated perception systems as robots move into unstructured settings, and his work on the “Design and Characterisation of a Full-Field Range Imaging Camera” (2013) continues this trajectory. His achievements demonstrate a practical, engineering-driven approach to solving key challenges in robotic vision and spatial awareness.