Max Robotics — Global Service Robot Directory + US Certification

About

Arne Peters is a researcher whose career spans rehabilitation robotics, robotic perception, and sensor calibration, with contributions that bridge assistive technology and advanced autonomous systems. His most influential work, "Cost-Savings and Economic Benefits Due to the Assistive Robotic Manipulator" (2005, 93 citations), established a rigorous economic framework for evaluating rehabilitation robots, demonstrating their financial viability to healthcare payers and policymakers — a contribution that helped accelerate real-world adoption of assistive robotic technology. Peters has since made significant strides in robotic sensing and calibration. His work on depth sensor evaluation metrics (28 citations) provides practitioners with systematic tools for selecting sensors in precision robotics applications, while his research on LiDAR extrinsic calibration (18 citations) and self-calibrating robots using actuated 3D sensors (16 citations) push toward more autonomous, environment-independent calibration workflows — reducing reliance on specialized equipment. His research also extends into socially intelligent healthcare robotics through the CASIE project, exploring ethical emotion recognition for cooperative human-robot interaction. Peters' participation in RoboCup@Home competitions at the University of Koblenz reflects a commitment to applied, real-world robotic challenges. Across these domains, his work consistently addresses the practical barriers between robotic research and meaningful deployment.