AbstractLocomotion of a robot has been achieved with many possible solutions like legged or wheeled type. But the optimum linkage mechanism for a biped robot is yet to be specified for the purpose of walking. In this paper, different types of linkages depending upon their degree of freedom (DOF) have been compared and the best of them have been selected with help of ADMAS software. The biped mechanism consists of only two legs that are connected at the hip joint and are used for the locomotion of the robot/humanoid. This mechanism is selected based on parameters which are force developed in joints, trajectory of centre of mass (COM) of links and kinetic energy attained by all the links
The design of humanoid robots has been a tricky challenge for several years. Due to the kinematic co...
This paper presents a walking pattern generation method for biped walking. There are three walking p...
International audienceThe objective of this study is to obtain optimal cyclic gaits for a biped robo...
In this research work, several sophisticated types of equipment and automation have been studied, po...
The paper presents comparison analysis of two approaches in defining leg trajectories for biped loco...
International audienceA ballistic walking gait is designed for a planar biped equipped with a wearab...
International audienceThe design of a knee joint is a key issue in robotics to improve the locomotio...
© Springer International Publishing AG 2018. Humanoid robot related research keeps attracting many r...
Recently, underactuated bipeds with pointed feet have been studied to achieve dynamic and energy eff...
Keywords: Biped, Degree of freedom, Denavit-hartenberg parameters, Inverse kinematics.A biped is a m...
This research presents a simple mapping methodology for gait biomechanics of a human being into join...
This paper presents a new type of mechanism and trajectory planning strategy for bipedal walking rob...
Abstract. Gait generation for humanoids and humanoid walking has been subject of many researches in ...
Humans are the most advanced creatures of the nature. Accordingly it can be stated that humanoid rob...
Humans are the most advanced creatures of the nature. Accordingly it can be stated that humanoid rob...
The design of humanoid robots has been a tricky challenge for several years. Due to the kinematic co...
This paper presents a walking pattern generation method for biped walking. There are three walking p...
International audienceThe objective of this study is to obtain optimal cyclic gaits for a biped robo...
In this research work, several sophisticated types of equipment and automation have been studied, po...
The paper presents comparison analysis of two approaches in defining leg trajectories for biped loco...
International audienceA ballistic walking gait is designed for a planar biped equipped with a wearab...
International audienceThe design of a knee joint is a key issue in robotics to improve the locomotio...
© Springer International Publishing AG 2018. Humanoid robot related research keeps attracting many r...
Recently, underactuated bipeds with pointed feet have been studied to achieve dynamic and energy eff...
Keywords: Biped, Degree of freedom, Denavit-hartenberg parameters, Inverse kinematics.A biped is a m...
This research presents a simple mapping methodology for gait biomechanics of a human being into join...
This paper presents a new type of mechanism and trajectory planning strategy for bipedal walking rob...
Abstract. Gait generation for humanoids and humanoid walking has been subject of many researches in ...
Humans are the most advanced creatures of the nature. Accordingly it can be stated that humanoid rob...
Humans are the most advanced creatures of the nature. Accordingly it can be stated that humanoid rob...
The design of humanoid robots has been a tricky challenge for several years. Due to the kinematic co...
This paper presents a walking pattern generation method for biped walking. There are three walking p...
International audienceThe objective of this study is to obtain optimal cyclic gaits for a biped robo...