ABSTRACT: The ability of unicycle mobile robot to stand and move around using one wheel has attracted a lot of researchers to conduct studies about the system, particularly in the design of the system mechanisms and the control strategies. This paper reports the investigation done on the design of the controller of the unicycle mobile robot system to maintain its stability in both longitudinal and lateral directions. The controller proposed is a Linear Quadratic Controller (LQR) type which is based on the linearized model of the system. A thorough simulation studies have been carried out to find out the performance of the LQR controller. The best controller gain, K acquired through the simulation is selected to be implemented and tested in ...
This paper presents a new, practically stabilizing, hybrid control algorithm for a unicycle type of ...
A two-wheeled single seat Segway robot is a special kind of wheeled mobile robot, using it as a huma...
In order to support the development process of Advanced Driver Assistance systems for road vehicles,...
<div><p class="abstract"><strong><em>ABSTRACT</em></strong><strong><em>:</em></strong> The ability o...
The ability of unicycle mobile robot to stand and move around using one wheel has attracted a lot of...
AbstractUnicycle robot is a non-holonomic, non-linear, static unbalance system that has the minimal ...
Unicycle mobile robot is a robot that can move and maneuver on one wheel. The ability of this robot...
This paper proposes an optimal time-varying linear state feedback control for wheeled mobile robot o...
This research is focus on design and simulate unicycle robot with double flywheels model with LQR-Fu...
The research on two wheels mobile robots or commonly known as balancing robots have gained momentum ...
Unicycle mobile robot main advantages over multiwheeled mobile robot are higher degree of mobility ...
A mathematical model of a unicycle and rider, with a uniquely realistic tyre force and moment repres...
The purpose of this study is to develop a self-balancing controller (SBC) for one-wheeled vehicles (...
In order to support the development process of Advanced Driver Assistance systems for road vehicles,...
summary:A self-balancing bicycle robot based on the concept of an inverted pendulum is an unstable a...
This paper presents a new, practically stabilizing, hybrid control algorithm for a unicycle type of ...
A two-wheeled single seat Segway robot is a special kind of wheeled mobile robot, using it as a huma...
In order to support the development process of Advanced Driver Assistance systems for road vehicles,...
<div><p class="abstract"><strong><em>ABSTRACT</em></strong><strong><em>:</em></strong> The ability o...
The ability of unicycle mobile robot to stand and move around using one wheel has attracted a lot of...
AbstractUnicycle robot is a non-holonomic, non-linear, static unbalance system that has the minimal ...
Unicycle mobile robot is a robot that can move and maneuver on one wheel. The ability of this robot...
This paper proposes an optimal time-varying linear state feedback control for wheeled mobile robot o...
This research is focus on design and simulate unicycle robot with double flywheels model with LQR-Fu...
The research on two wheels mobile robots or commonly known as balancing robots have gained momentum ...
Unicycle mobile robot main advantages over multiwheeled mobile robot are higher degree of mobility ...
A mathematical model of a unicycle and rider, with a uniquely realistic tyre force and moment repres...
The purpose of this study is to develop a self-balancing controller (SBC) for one-wheeled vehicles (...
In order to support the development process of Advanced Driver Assistance systems for road vehicles,...
summary:A self-balancing bicycle robot based on the concept of an inverted pendulum is an unstable a...
This paper presents a new, practically stabilizing, hybrid control algorithm for a unicycle type of ...
A two-wheeled single seat Segway robot is a special kind of wheeled mobile robot, using it as a huma...
In order to support the development process of Advanced Driver Assistance systems for road vehicles,...