Towards multimodal neural robot learning

S Wermter, C Weber, M Elshaw, C Panchev… - Robotics and …, 2004 - Elsevier
Robotics and Autonomous Systems, 2004Elsevier
Learning by multimodal observation of vision and language offers a potentially powerful
paradigm for robot learning. Recent experiments have shown that 'mirror'neurons are
activated when an action is being performed, perceived, or verbally referred to. Different
input modalities are processed by distributed cortical neuron ensembles for leg, arm and
head actions. In this overview paper we consider this evidence from mirror neurons by
integrating motor, vision and language representations in a learning robot.
Learning by multimodal observation of vision and language offers a potentially powerful paradigm for robot learning. Recent experiments have shown that ‘mirror’ neurons are activated when an action is being performed, perceived, or verbally referred to. Different input modalities are processed by distributed cortical neuron ensembles for leg, arm and head actions. In this overview paper we consider this evidence from mirror neurons by integrating motor, vision and language representations in a learning robot.
Elsevier
Showing the best result for this search. See all results