Add to ORKGBiomechanical modelling can be a helpful instrument in human movement analysis. Here, the focus will be set on analyzing human movement using inverse dynamics. Dealing with inverse problems, one important issue is the transfer of a real motion to the model and how to find an optimal description of the movement. Furthermore, joint models, the description of joint kinematics, as well as the individual adaptability of those models will influence the results of human movement analysis
The performance criteria of physical activities, especially those of sport disciplines, can usually ...
Creating large-scale public datasets of human motion biomechanics could unlock data-driven breakthro...
During the game of Tennis, the extreme intensity and severity of the ball racket collision impact in...
Precise analysis of the muscle forces responsible for specific human movements represents a basic ta...
The aim of this paper is to illustrate developments in inverse dynamics using selected examples. It ...
In order to understand how specific movements are performed, it is important to describe the specifi...
Motion analysis is utilized to capture various raw linear positional data of markers placed on a bod...
Mechanical modelling and particularly inverse dynamics methods can be useful in sports biomechanics....
The main goal of this work is to present planar biomechanical multibody models, suitable to be used ...
ABSTRACT: The main goal of this work is to present planar biomechanical multibody models, suitable t...
Abstract-Inverse kinematic calculation of detailed biomechanical models of the human upper limb has ...
Musculoskeletal modelling is widely used in sports biomechanics for the estimation of joint and musc...
INTRODUCTION: The evaluation of the muscular actions and internal forces of human articular joints i...
Introduction: A standard method to determine loads on human joints during sports movements is invers...
INTRODUCTION: Mathematical models of musculoskeletal dynamics have become important tools in sport b...
The performance criteria of physical activities, especially those of sport disciplines, can usually ...
Creating large-scale public datasets of human motion biomechanics could unlock data-driven breakthro...
During the game of Tennis, the extreme intensity and severity of the ball racket collision impact in...
Precise analysis of the muscle forces responsible for specific human movements represents a basic ta...
The aim of this paper is to illustrate developments in inverse dynamics using selected examples. It ...
In order to understand how specific movements are performed, it is important to describe the specifi...
Motion analysis is utilized to capture various raw linear positional data of markers placed on a bod...
Mechanical modelling and particularly inverse dynamics methods can be useful in sports biomechanics....
The main goal of this work is to present planar biomechanical multibody models, suitable to be used ...
ABSTRACT: The main goal of this work is to present planar biomechanical multibody models, suitable t...
Abstract-Inverse kinematic calculation of detailed biomechanical models of the human upper limb has ...
Musculoskeletal modelling is widely used in sports biomechanics for the estimation of joint and musc...
INTRODUCTION: The evaluation of the muscular actions and internal forces of human articular joints i...
Introduction: A standard method to determine loads on human joints during sports movements is invers...
INTRODUCTION: Mathematical models of musculoskeletal dynamics have become important tools in sport b...
The performance criteria of physical activities, especially those of sport disciplines, can usually ...
Creating large-scale public datasets of human motion biomechanics could unlock data-driven breakthro...
During the game of Tennis, the extreme intensity and severity of the ball racket collision impact in...