Control of autonomous mobile robots in dynamical environments is interesting from a cognitive point of view as well as under application view points. Stimulus response controls are often favored for fast reactions to the environment. On the other hand, goals and plans are needed to guide long term behaviour by deliberative control. Layered architectures are used for combination, but they inherit advantages as well as problems from both approaches. The paper prosposes the Double Pass Architecture with hierarchically structures options/behaviours providing fast reactions on all levels.Peer Reviewe
Mobile robots are built for different purposes, have different physical size, shape, mechanics and e...
This paper presents a new architecture for controlling autonomous robotic agents, building on previo...
Autonomous robot systems operating in an uncertain environment pose many challenges to their control...
Control of autonomous mobile robots in dynamical environments is interesting from a cognitive point ...
Intelligent behavior can be observed from both natural and artificial systems, but still the notion ...
Intelligent behavior can be observed from both natural and artificial systems, but still the notion ...
An autonomous robot operating in a dynamic environment is confronted by the question of, "What to do...
A Thesis submitted to the University Research Degree Committee in fulfillment ofthe requirements fo...
This thesis presents techniques developed for the robust reactive control of autonomous mobile robot...
Reactive deliberation is a novel robot architecture that has been designed to overcome some of the p...
Hybrid architectures provide an effective means for integrating world knowledge with reactive contro...
The goal of this thesis is to develop an intuitive, adaptive, and flexible architecture for controll...
Intelligent mobile robots interacting with an uncertain and dynamic environment should be able to id...
This work describes a behavior-based control architecture for an autonomous mobile robot. The presen...
MEDEIROS, Adelardo A. D.A survey of control architectures for autonomous mobile robots. J. Braz. Com...
Mobile robots are built for different purposes, have different physical size, shape, mechanics and e...
This paper presents a new architecture for controlling autonomous robotic agents, building on previo...
Autonomous robot systems operating in an uncertain environment pose many challenges to their control...
Control of autonomous mobile robots in dynamical environments is interesting from a cognitive point ...
Intelligent behavior can be observed from both natural and artificial systems, but still the notion ...
Intelligent behavior can be observed from both natural and artificial systems, but still the notion ...
An autonomous robot operating in a dynamic environment is confronted by the question of, "What to do...
A Thesis submitted to the University Research Degree Committee in fulfillment ofthe requirements fo...
This thesis presents techniques developed for the robust reactive control of autonomous mobile robot...
Reactive deliberation is a novel robot architecture that has been designed to overcome some of the p...
Hybrid architectures provide an effective means for integrating world knowledge with reactive contro...
The goal of this thesis is to develop an intuitive, adaptive, and flexible architecture for controll...
Intelligent mobile robots interacting with an uncertain and dynamic environment should be able to id...
This work describes a behavior-based control architecture for an autonomous mobile robot. The presen...
MEDEIROS, Adelardo A. D.A survey of control architectures for autonomous mobile robots. J. Braz. Com...
Mobile robots are built for different purposes, have different physical size, shape, mechanics and e...
This paper presents a new architecture for controlling autonomous robotic agents, building on previo...
Autonomous robot systems operating in an uncertain environment pose many challenges to their control...