| AASS Mobile Robotics Lab
University of Orebro, Sweden group specializing in topology-based maps, real-time deliberation, active perceptual anchoring, and fuzzy behavior-based control of mobile manipulators. |
| Active Structures Laboratory
Part of the Université Libre de Bruxelles Mechanical Engineering and Robotics Department that specializes in walking machines, gait control, micro robots, pipe robots, active isolation, and vibroacoustics. |
| Advanced Manufacturing and Mechatronics Centre
Middlesex University group specializing rehabilitation robotics, control systems, robot positioning, and automation of hazardous processes. |
| ADVOCATE Project
European IST project whose goal is to design an open, modular and generic software architecture for autonomous robotic systems diagnosis and control. |
| AG Technische Informatik
Based at the University of Bielefeld. Main research topics include biorobotics, cognitive robotics, sensorimotor control, and parallel computation. |
| ANU Robotic Systems Lab
Based at the Australian National University. RSL undertakes research projects with real robots working in the real world, in real time. Research topics include co-operative robot systems, mobile robot navigation, active vision, robot learning and human-robot/computer interaction. |
| Artificial Intelligence and Robotics Laboratory
AIROLAB is part of the Department of Computer Science and Engineering at the University of Notre Dame. The lab specializes in the software aspects of agent design and implemented of agent architectures are on various robots. |
| Artificial Muscle Research Institute
The goal of the institute is to develop, design, fabricate, test, and commercialize electrically and chemically controlled artificial muscles. |
| Artificial Perception Group
Research topics include architecture for multi-sensor integration and artificial perception, data fusion, active perception, and hierarchical multi-agents architectures. |
| Australian Centre for Field Robotics
University of Sydney group concerned with the application of advanced control, sensing and systems engineering principles to the development of autonomous machines operating in outdoor, variable and hostile environments. |