The paper presents the gait framework for a biped robot on the Atlas robot example. The method utilizes inverted pendulum model and static stability controller with correction from IMU sensor. A straight-forward balance control strategy based on ankle joints control is proposed. The controller which stabilizes the robot during execution of the planned path is described. To show the efficiency of the proposed method the results obtained in the Virtual Robotics Challenge environment (Gazebo) are provided.Artykuł przedstawia system generowania chodu dla robotów dwunożnych na przykładzie robota Atlas. Metoda wykorzystuje model odwróconego wahadła oraz statyczny kontroler stabilności wraz z korekcją z sensora IMU. Zaproponowano prostą metodę utr...
The paper presents a simplified mathematical model of a two-leg walking robot with four degrees of f...
The omnipresent tendency to “live easy” is a sign of our need for automatization. To enable for such...
The focus of this paper is the problem of modelling and control of a biped robot by combining Cartes...
Abstract:- This paper describes the control of a biped robot, that uses an inverted pendulum for its...
Abstract. The purpose of this paper is to present a new kind of imitation control architecture for a...
[出版社版](c)2002 IEEE. Personal use of this material is permitted. However, permission to reprint/repub...
The objective of this thesis is to study the walking control of biped robots including imbalance wal...
There are different control techniques due to the inherent instability that bipedal robots have. The...
We applied the inverted pendulum mode to the control of a biped robot in order to plan a trajectory ...
The paper presents a simplified mathematical model of the bipedal walking robot with four degrees of...
Big walking robots are complex multi-joints mechanical systems which crystallize the human will to c...
Big walking robots are complex multi-joints mechanical systems which crystallize the human will to c...
Big walking robots are complex multi-joints mechanical systems which crystallize the human will to c...
In this paper, a bipedal walking with push recovery balance control is proposed which involves postu...
A biped robot is a mechanical multichain system. The peculiar features, that distinguishes this kind...
The paper presents a simplified mathematical model of a two-leg walking robot with four degrees of f...
The omnipresent tendency to “live easy” is a sign of our need for automatization. To enable for such...
The focus of this paper is the problem of modelling and control of a biped robot by combining Cartes...
Abstract:- This paper describes the control of a biped robot, that uses an inverted pendulum for its...
Abstract. The purpose of this paper is to present a new kind of imitation control architecture for a...
[出版社版](c)2002 IEEE. Personal use of this material is permitted. However, permission to reprint/repub...
The objective of this thesis is to study the walking control of biped robots including imbalance wal...
There are different control techniques due to the inherent instability that bipedal robots have. The...
We applied the inverted pendulum mode to the control of a biped robot in order to plan a trajectory ...
The paper presents a simplified mathematical model of the bipedal walking robot with four degrees of...
Big walking robots are complex multi-joints mechanical systems which crystallize the human will to c...
Big walking robots are complex multi-joints mechanical systems which crystallize the human will to c...
Big walking robots are complex multi-joints mechanical systems which crystallize the human will to c...
In this paper, a bipedal walking with push recovery balance control is proposed which involves postu...
A biped robot is a mechanical multichain system. The peculiar features, that distinguishes this kind...
The paper presents a simplified mathematical model of a two-leg walking robot with four degrees of f...
The omnipresent tendency to “live easy” is a sign of our need for automatization. To enable for such...
The focus of this paper is the problem of modelling and control of a biped robot by combining Cartes...