Summarization: Fuzzy logic is widely used for mobile robot navigation. The main draw back of this approach is the ad hoc design of the controllers used. A popular method for the optimization of fuzzy logic controllers for the navigation of mobile robots is the use of genetic algorithms. An issue, in this procedure is the selection of the fitness function for the improvement of the behavior of a pre-designed controller. We analyze the factors that influence the evolution of the fuzzy controller based on the fitness function used and present some preliminary results. In order to validate our approach a test bed has been developed based in a low cost robotΠαρουσιάστηκε στο: 32nd Annual Conference of the IEEE Industrial Electronics Societ
A new fuzzy logic algorithm is developed for mobile robot navigation in local environments. A Pionee...
Target tracking is a crucial function for an autonomous mobile robot navigating in unknown environme...
In this study, a fuzzy logic controller (FLC) was designed to manipulate an articulated robot grippe...
Summarization: An important issue not addressed in the literature, is related to the selection of th...
AbstractThis paper presents a learning method which automatically designs fuzzy logic controllers (F...
In this paper, a genetic-fuzzy approach is developed for solving the motion planning problem of a mo...
An autonomous mobile robot operating in an unstructured environment must be able to learn with dynam...
This paper presents an automatic design method for fuzzy systems using genetic algorithms. A flexibl...
We present an experimental comparison between two approaches to optimization of the rules for a fuzz...
AbstractIn this paper, a genetic-fuzzy approach is developed for solving the motion planning problem...
Recently, there has been extensive work on the construction of fuzzy controllers for mobile robots b...
This paper provides an overview on evolutionary learning methods for the automated design and optimi...
This paper describes a design method for mobile robot behaviours that employs a variety of soft comp...
Abstract:- This paper shows a new model of controller for navigation of mobile robots in static envi...
AbstractDifferential Evolution (DE) and Genetic Algorithms (GA) are population based search algorith...
A new fuzzy logic algorithm is developed for mobile robot navigation in local environments. A Pionee...
Target tracking is a crucial function for an autonomous mobile robot navigating in unknown environme...
In this study, a fuzzy logic controller (FLC) was designed to manipulate an articulated robot grippe...
Summarization: An important issue not addressed in the literature, is related to the selection of th...
AbstractThis paper presents a learning method which automatically designs fuzzy logic controllers (F...
In this paper, a genetic-fuzzy approach is developed for solving the motion planning problem of a mo...
An autonomous mobile robot operating in an unstructured environment must be able to learn with dynam...
This paper presents an automatic design method for fuzzy systems using genetic algorithms. A flexibl...
We present an experimental comparison between two approaches to optimization of the rules for a fuzz...
AbstractIn this paper, a genetic-fuzzy approach is developed for solving the motion planning problem...
Recently, there has been extensive work on the construction of fuzzy controllers for mobile robots b...
This paper provides an overview on evolutionary learning methods for the automated design and optimi...
This paper describes a design method for mobile robot behaviours that employs a variety of soft comp...
Abstract:- This paper shows a new model of controller for navigation of mobile robots in static envi...
AbstractDifferential Evolution (DE) and Genetic Algorithms (GA) are population based search algorith...
A new fuzzy logic algorithm is developed for mobile robot navigation in local environments. A Pionee...
Target tracking is a crucial function for an autonomous mobile robot navigating in unknown environme...
In this study, a fuzzy logic controller (FLC) was designed to manipulate an articulated robot grippe...