[Resumen] En el presente trabajo se propone el diseño y la implementación de un sistema de detección de obstáculos para un robot móvil. El sistema de control utiliza la información proporcionada por sensores de ultrasonidos para la navegación. Se han diseñado dos controladores basados en lógica borrosa, de diferente nivel de complejidad. Se han implementado en una plataforma de desarrollo de Arduino, con el software proporcionado por MATLAB y Simulink, y se ha probado en un sistema real. Los resultados de los experimentos con el robot han probado que el control borroso permite al robot seguir una trayectoria evitando los obstáculos incluso en escenarios relativamente complejos.[Abstract] In this work we propose the design and implementation...
Current technology trend is moving towards automation and people need things to be done automaticall...
Abstract—This paper aimed at the environment is unknown, the mobile robot can replace or partially s...
This research develops a novel method of generating the velocities of the right and left motors of t...
This paper presents the modeling of a robot's navigation using ultrasonic sensors under uncertainty....
A very challenging problem in mobile robot systems is mostly in obstacle avoidance strategies. This ...
In many environments, mobile robot navigation is not always feasible as the environment can lack of ...
The design of the obstacle avoidance robot prototype uses the fuzzy logic control method which is ma...
In this paper, some fuzzy controls based on sensors applying to mobile robots for obstacle avoidance...
Abstract: Autonomous mobile robot navigation is an area undergoing constant development, especially ...
Autonomous mobile robot is a mobile robot that can move without human supervision. The use of autono...
Se aborda el problema de la navegación autónoma de pequeños robots móviles en entornos interiores de...
This paper presents an ongoing effort to control a mobile robot in unstructured environment. Obstacl...
peer reviewedThis paper presents a software implementation of a user adaptive fuzzy control system f...
A proposta deste trabalho consiste no desenvolvimento de um sistema de navegação de um robô móvel au...
A mobile robot has a capability of sensing its location under uncertain environment, planning a real...
Current technology trend is moving towards automation and people need things to be done automaticall...
Abstract—This paper aimed at the environment is unknown, the mobile robot can replace or partially s...
This research develops a novel method of generating the velocities of the right and left motors of t...
This paper presents the modeling of a robot's navigation using ultrasonic sensors under uncertainty....
A very challenging problem in mobile robot systems is mostly in obstacle avoidance strategies. This ...
In many environments, mobile robot navigation is not always feasible as the environment can lack of ...
The design of the obstacle avoidance robot prototype uses the fuzzy logic control method which is ma...
In this paper, some fuzzy controls based on sensors applying to mobile robots for obstacle avoidance...
Abstract: Autonomous mobile robot navigation is an area undergoing constant development, especially ...
Autonomous mobile robot is a mobile robot that can move without human supervision. The use of autono...
Se aborda el problema de la navegación autónoma de pequeños robots móviles en entornos interiores de...
This paper presents an ongoing effort to control a mobile robot in unstructured environment. Obstacl...
peer reviewedThis paper presents a software implementation of a user adaptive fuzzy control system f...
A proposta deste trabalho consiste no desenvolvimento de um sistema de navegação de um robô móvel au...
A mobile robot has a capability of sensing its location under uncertain environment, planning a real...
Current technology trend is moving towards automation and people need things to be done automaticall...
Abstract—This paper aimed at the environment is unknown, the mobile robot can replace or partially s...
This research develops a novel method of generating the velocities of the right and left motors of t...