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Liquid computing and cybernetics for robotics and computer science
Recent advancements show that liquid memories and liquid computing devices bring a transformative approach to robotics and computer science.
Advancing space robotics: AI-driven innovation for lunar exploration and orbital operations
Dr. Sean Kalaycioglu, Toronto Metropolitan University Researcher and AIMechatroniX Inc. President, explores advancing AI-enabled space robotics for lunar exploration and orbital operations.
Harnessing AI for enhanced learning: Insights from the robotics academy
How technology is tailoring personalised learning experiences for the AEC sector.
Employing robotics for inspection operations
Kostas Alexis of the Autonomous Robots Lab, Department of Engineering Cybernetics at the Norwegian University of Science and Technology, explores the use of autonomous robotics for inspection operations.
Kinematic redundancy: Kinetics for use with redundant manipulators
Kousuke Okabe, an Associate Professor in the Department of Electrical and Computer Engineering, explores kinematic redundancy and the redundant manipulator using the Grassmann algebra.
Anomalous impact and vibration damping by liquid crystal elastomers
Liquid Crystal Elastomers (LCE), invented over 30 years ago, have been considered a highly promising material system for soft actuators and artificial muscles ever since.
Robot evolution: Artificial intelligence by artificial evolution
The long-term vision of robot evolution foresees a radically new robotic technology where robots can reproduce, evolve, and learn.
Exchangeable Liquid Crystal Elastomers: the way towards soft reversible actuators
Liquid Crystal Elastomers (LCE) have been invented over 30 years ago, and ever since were considered a highly promising material system for soft actuators and artificial muscles.
