Ian Page

University of Oxford, Centre National de la Recherche Scientifique

Papers

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About

Ian Page is a pioneering figure in the fields of hardware compilation, FPGA design, and robotics interfaces. His seminal 1993 work, "Hardware compilation for FPGAs: imperative and declarative approaches for a robotics interface," introduced innovative methods using Occam and Ruby to develop a shaft encoder interface for robot arms, demonstrating how high-level programming languages could directly synthesize hardware. This foundational contribution, cited 4 times, helped bridge the gap between software and hardware design, enabling more efficient and flexible robotics systems. More recently, Page has advanced the frontier of teleoperation with his 2025 paper, "Real-time Photorealistic Mapping for Situational Awareness in Robot Teleoperation," which addresses the critical challenge of operating robots in unknown environments. By leveraging online 3D mapping, his work provides teleoperators with immersive, photorealistic situational awareness, allowing for rapid exploration and precise control. This cutting-edge research, already garnering 1 citation, underscores his ongoing impact in robotics and real-time systems. Page’s career reflects a unique blend of hardware and software innovation, making him a key contributor to both FPGA compilation techniques and modern robotic teleoperation.