Matthias U Keysermann
Matthias U Keysermann
Robotics Laboratory, School of Mathematical and Computer Sciences, Heriot-Watt University, Edinburgh, UK
Email confirmado em hw.ac.uk - Página inicial
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Towards autonomous robots via an incremental clustering and associative learning architecture
MU Keysermann, PA Vargas
Cognitive Computation 7 (4), 414-433, 2015
112015
Emotional memories in autonomous robots
RV Ibanez, MU Keysermann, PA Vargas
The 23rd ieee international symposium on robot and human interactive …, 2014
112014
Desiderata for a memory model
MU Keysermann, PA Vargas
Proceedings of the 12th UK Workshop on Computational Intelligence, 37-44, 2012
72012
Can I trust you?: sharing information with artificial companions.
MU Keysermann, HSM Cramer, R Aylett, C Zoll, S Enz, PA Vargas
AAMAS, 1197-1198, 2012
52012
Implementing a data mining approach to episodic memory modelling for artificial companions
MU Keysermann, AA Freitas, PA Vargas
Proceedings of the 2nd Symposium on Human Memory for Artificial Agents (HMAA …, 2011
52011
Implementing a data mining approach to emotional memory modelling for robocup players
C Allan, RV Ibánez, MU Keysermann, PA Vargas
MSc Thesis, 2013
32013
Investigating trust issues arising from human-robot information sharing
MU Keysermann, R Aylett, S Enz, H Cramer, C Zoll, PA Vargas
Proceedings of Autonomous Robots and Multirobot Systems, 2012
32012
An incremental clustering and associative learning architecture for intelligent robotics
MU Keysermann
Heriot-Watt University, 2015
2015
ICALA: Incremental Clustering and Associative Learning Architecture
MU Keysermann
International Conference on Adaptive and Intelligent Systems, 70-79, 2014
2014
Implementing a data mining approach to memory modelling for artificial companions
M Keysermann
2010
INTERACTIVE DEMONSTRATION USING NAO ROBOTS
P Filiotis, PA Vargas, MU Keysermann
A learning and memory architecture for robot companions based on incremental associative learning
MU Keysermann, PA Vargas
An online learning system for autonomously operating robots based on spatial and temporal
MU Keysermann, PA Vargas
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Artigos 1–13