Proceeding of: IX Workshop on Physical Agents 2008, University of Vigo, Vigo, Spain, September, 11-12th, 2008.Whatever the mission of an autonomous mobile robot is, attention is a helpful cognitive capability when dealing with real world environments. In this paper we present a novel control architecture which enables an integrated and efficient filtering of multiple modality sensory information. The concept of context is introduced as the set of criteria that determines what sensory information is relevant to the current mission. The proposed attention mechanism uses these contexts as a mean to adaptively select the constrained cognitive focus of the robot within the vast multimodal sensory space available. This approach for artificial att...
This work introduces an architecture for a robotic active vision system equipped with a manipulator ...
Mobile robots are often faced with complex unstructured environments, which tax their ability to des...
A context-aware attention system is fundamental for regulating the robot behaviour in a social inter...
Proceeding of: IX Workshop on Physical Agents 2008, University of Vigo, Vigo, Spain, September, 11-1...
Proceeding of: IX Workshop on Physical Agents 2008, University of Vigo, Vigo, Spain, September, 11-1...
Proceeding of: IX Workshop on Physical Agents 2008, University of Vigo, Vigo, Spain, September, 11-1...
Proceeding of: IX Workshop on Physical Agents 2008, University of Vigo, Vigo, Spain, September, 11-1...
An adaptive attention mechanism is a requirement when an autonomous robot has to deal with real worl...
An adaptive attention mechanism is a requirement when an autonomous robot has to deal with real worl...
An adaptive attention mechanism is a requirement when an autonomous robot has to deal with real worl...
An adaptive attention mechanism is a requirement when an autonomous robot has to deal with real worl...
An adaptive attention mechanism is a requirement when an autonomous robot has to deal with real worl...
An adaptive attention mechanism is a requirement when an autonomous robot has to deal with real worl...
Abstract. Focusing their attention to the most relevant information is a fundamental biological conc...
Haasch A, Hofemann N, Fritsch J, Sagerer G. A Multi-Modal Object Attention System for a Mobile Robot...
This work introduces an architecture for a robotic active vision system equipped with a manipulator ...
Mobile robots are often faced with complex unstructured environments, which tax their ability to des...
A context-aware attention system is fundamental for regulating the robot behaviour in a social inter...
Proceeding of: IX Workshop on Physical Agents 2008, University of Vigo, Vigo, Spain, September, 11-1...
Proceeding of: IX Workshop on Physical Agents 2008, University of Vigo, Vigo, Spain, September, 11-1...
Proceeding of: IX Workshop on Physical Agents 2008, University of Vigo, Vigo, Spain, September, 11-1...
Proceeding of: IX Workshop on Physical Agents 2008, University of Vigo, Vigo, Spain, September, 11-1...
An adaptive attention mechanism is a requirement when an autonomous robot has to deal with real worl...
An adaptive attention mechanism is a requirement when an autonomous robot has to deal with real worl...
An adaptive attention mechanism is a requirement when an autonomous robot has to deal with real worl...
An adaptive attention mechanism is a requirement when an autonomous robot has to deal with real worl...
An adaptive attention mechanism is a requirement when an autonomous robot has to deal with real worl...
An adaptive attention mechanism is a requirement when an autonomous robot has to deal with real worl...
Abstract. Focusing their attention to the most relevant information is a fundamental biological conc...
Haasch A, Hofemann N, Fritsch J, Sagerer G. A Multi-Modal Object Attention System for a Mobile Robot...
This work introduces an architecture for a robotic active vision system equipped with a manipulator ...
Mobile robots are often faced with complex unstructured environments, which tax their ability to des...
A context-aware attention system is fundamental for regulating the robot behaviour in a social inter...