Neural Dynamics approaches to Cognitive Robotics Gregor Sch¨oner, September 2011 Exercise: neural dynamics simulations The neuronal dynamics simulated in the lectures is τu u(t) ˙

Source URL: roboticsschool.ini.rub.de

itThe Mobile Revolution - Machine Intelligence for Autonomous Vehicles Markus Enzweiler

Source URL: junior-fellows.gi.de

• Robotics
• Artificial intelligence
• Technology
• Autonomous robot
• Robot
• Cognitive robotics
• Computer vision
• Vehicular automation
• Autonomous car
• Ernst Dickmanns
• Institute of Robotics and Intelligent Systems
• Outline of robotics

Effective Robot Teammate Behaviors for Supporting Sequential Manipulation Tasks Bradley Hayes1 and Brian Scassellati1 Abstract— In this work, we present an algorithm for improving collaborator performance on sequential

Source URL: bradhayes.info

• Robotics
• Multi-agent systems
• Systems science
• Artificial intelligence
• Robot
• Humanrobot interaction
• Motion planning
• Agent-based model
• Cognitive science

International Journal of Machine Consciousness © World Scientific Publishing Company MACHINE CONSCIOUSNESS: A MANIFESTO FOR ROBOTICS ANTONIO CHELLA Department of Computer Engineering, University of Palermo

Source URL: www.antoniochella.it

• Cognitive science
• Philosophy
• Cognition
• Mindbody problem
• Philosophy of mind
• Artificial intelligence
• Consciousness
• Artificial consciousness
• Philosophy of artificial intelligence
• Chinese room
• Qualia
• Hard problem of consciousness

An Approach to Supervisory Control of Multi-Robot Teams in Dynamic Domains 1 ¨ A. Tuna Ozgelen and Elizabeth I. Sklar2,3

Source URL: nms.kcl.ac.uk

• Education
• Robotics
• Robot
• Psychology
• Humanrobot interaction
• Autonomous robot
• Cognitive load
• Windows Task Scheduler
• Behavior
• Taarlab
• Adaptive collaborative control

Intelligent Robots and Systems, OctoberLinguistic Transfer of Human Assembly Tasks to Robots Neil Dantam Irfan Essa

Source URL: www.neil.dantam.name

• Robot kinematics
• Linguistics
• Robotics
• Motion planning
• Mobile robot
• Robot
• Inverse kinematics
• Object
• Hexadecimal
• Business
• Cognitive science

Original Research published: xx May 2016 doi: frobt

Source URL: juxi.net

• Artificial intelligence
• Robotics
• Machine learning
• Software
• ICub
• Science and technology in Europe
• Humanoid robot
• Robot Operating System
• Mobile robot
• Robot software
• Robot
• Cognitive robotics

Self-Supervised Deep Visuomotor Learning from Motor Unit Feedback Jay Ming Wong∗ , Takeshi Takahashi∗ , Roderic A. Grupen Laboratory for Perceptual Robotics College of Information and Computer Sciences, University of

Source URL: juxi.net

• Computational neuroscience
• Applied mathematics
• Cybernetics
• Artificial neural networks
• Cognitive science
• Computer vision
• Convolutional neural network
• Deep learning
• Artificial intelligence
• Humanoid robot
• Robotics
• Machine learning

Advances in Cognitive SystemsSubmitted; publishedGoals, Utilities, and Mental Simulation in Continuous Planning

Source URL: www.cogsys.org

• Physics
• Artificial intelligence
• Mathematics
• Automated planning and scheduling
• Intelligent agent
• Production system
• Simulation
• Robotics
• Utility
• Vector space
• STRIPS
• Force

Self-Organization, Embodiment, and Biologically Inspired Robotics Rolf Pfeifer, et al. Science 318, ); DOI: scienceThe following resources related to this article are available online at

Source URL: www.dynamicdevices.ch

• Robotics
• Robot locomotion
• Artificial intelligence
• Robot kinematics
• Bio-inspired robotics
• Robot
• Humanoid robot
• Hexapod
• Self-reconfiguring modular robot
• Cognitive robotics
• Embodied cognition
• Autonomous robot