This work presents the concept and realisation of the integration of deliberative and reactive strategies for controlling mobile robot systems Programming at the tasklevel in a partiallyknown environment is divided into two consecutive steps subgoal planning and subgoalguided plan execution A modular fuzzy control scheme is proposed which allows independent development and exible integration of dierent rule bases each for fullling a certain subtask The design process of the fuzzy controller is demonstrated with the examples of three rule bases This work aims at integrating sensing planning and control so that the coupling eects of these three co
Abstract—This paper studies the problem of motion and control law design for a mobile robot that mov...
Basic tasks for navigation of autonomous vehicles can be performed as reactive behaviors, that direc...
This presents a new control architecture, which is designed to support the development of intelligen...
A detailed analysis and comparison of various control architectures is presented in order to meet th...
Hierarchical approaches and methodologies are commonly used for control system design and synthesis....
This paper first discusses two strategies for controlling robot motions: planning under pre-describe...
We are interested in developing a new control architecture to command a mobile robot in a partially ...
This paper presents a method for fuzzy-logic-based reactive behavior control of an autonomous mobile...
El pdf del artículo es la presentacion del Congreso "Soft Computing, HI (2005)".This paper describes...
The main topic of this thesis is the neuro-fuzzy control approach for mobile robot navigation in ind...
AbstractThe implementation of complex behavior generation for artificial systems can be overcome by ...
Autonomous robots operating in unstructured environments clearly require some capacity for adaptive ...
Balancing the conflicting demands imposed by a dynamic world on an autonomous robot requires a signi...
In support of research efforts to develop reactive mobile robots capable of autonomous navigation, w...
A mobile robot's ability to negotiate obstacles is important for successful point-to-point navigatio...
Abstract—This paper studies the problem of motion and control law design for a mobile robot that mov...
Basic tasks for navigation of autonomous vehicles can be performed as reactive behaviors, that direc...
This presents a new control architecture, which is designed to support the development of intelligen...
A detailed analysis and comparison of various control architectures is presented in order to meet th...
Hierarchical approaches and methodologies are commonly used for control system design and synthesis....
This paper first discusses two strategies for controlling robot motions: planning under pre-describe...
We are interested in developing a new control architecture to command a mobile robot in a partially ...
This paper presents a method for fuzzy-logic-based reactive behavior control of an autonomous mobile...
El pdf del artículo es la presentacion del Congreso "Soft Computing, HI (2005)".This paper describes...
The main topic of this thesis is the neuro-fuzzy control approach for mobile robot navigation in ind...
AbstractThe implementation of complex behavior generation for artificial systems can be overcome by ...
Autonomous robots operating in unstructured environments clearly require some capacity for adaptive ...
Balancing the conflicting demands imposed by a dynamic world on an autonomous robot requires a signi...
In support of research efforts to develop reactive mobile robots capable of autonomous navigation, w...
A mobile robot's ability to negotiate obstacles is important for successful point-to-point navigatio...
Abstract—This paper studies the problem of motion and control law design for a mobile robot that mov...
Basic tasks for navigation of autonomous vehicles can be performed as reactive behaviors, that direc...
This presents a new control architecture, which is designed to support the development of intelligen...