Max Robotics — Global Service Robot Directory + US Certification

About

Richard Hooper has pioneered advances in modular and reconfigurable robotics, with a career focused on creating flexible, fault-tolerant systems. His most influential work, "Computer-aided configuration of modular robotic systems" (1994, 13 citations), introduced an interactive computer animation environment for assembling modular robots from joint modules and generic links—a foundational contribution that enabled rapid prototyping of diverse robotic configurations. Hooper further advanced the field with "Motion coordination based on multiple performance criteria with a hyper-redundant serial robot example" (2002, 11 citations), where he combined closed-form inverse kinematics with multicriteria optimization to achieve deterministic motion coordination at over 100 cycles per second on a standard PC. His "Reusable software architecture for manual controller integration" (2002, 6 citations) systematically unified teleoperation devices—from simple joysticks to force-reflecting controllers—into a common software framework, significantly reducing development complexity. Additionally, his "Implementations of a four-level mechanical architecture for fault-tolerant robots" (1996, 4 citations) laid groundwork for resilient robotic systems. Hooper’s work remains essential reading for researchers in modular robotics and teleoperation, offering practical solutions that balance computational efficiency with mechanical flexibility.