Add to ORKGThe experimental simulation approach to the analysis of human airborne movements provides athletes, coaches, and investigators with unique advantages. However, its potential is not fully utilized due to the complex simulation procedures and it is essential to simplify the simulation procedures to improve its flexibility and applicability. One area that needs improvement & simplification is the body segment parameter (BSP) estimation. In this paper, some recent findings on the effects of the method of BSP estimation on the experimental simulation of complex human airborne movements, and the applicability of selected BSP estimation methods in the experimental simulation of these movements are presented
Whole body dynamics analyses are compromised by various error sources including body segment paramet...
The use of computer simulation models in studies of human movement is now widespread. Most of these...
INTRODUCTION:Teaching acrobatic skills with a minimal amount of repetition is a major challenge for ...
A mathematical inertia model which permits the determination of personalized segmental inertia param...
Three approaches to estimate body segment parameters (BSP) are compared, a volumescanning photograp...
A computer simulation model of human airborne movement is described. The body is modelled as 11 rigi...
The purposes of this research were a) to identify differences in the biomechanical description of mo...
In the field of sports biomechanics, a human body is often treated as a linkage model to investigate...
A method is presented for determining the angular momentum of the human body about its mass centre f...
Experimental studies of sports technique are inherently problematical. In competitive situations bio...
© ACAPS, EDP Sciences, 2013. Computer simulation models have been used to address a range of researc...
none3noThis study sought to determine the effect of inaccuracies in body segment parameters and mode...
Since strictly related to balance and stability control, body center of mass (CoM) kinematics is a r...
The angular momentum production during the takeoff phase in diving was computed in two ways: The fi...
INTRODUCTION: The growth of computer technology helps us to understand and analyze human movement pa...
Whole body dynamics analyses are compromised by various error sources including body segment paramet...
The use of computer simulation models in studies of human movement is now widespread. Most of these...
INTRODUCTION:Teaching acrobatic skills with a minimal amount of repetition is a major challenge for ...
A mathematical inertia model which permits the determination of personalized segmental inertia param...
Three approaches to estimate body segment parameters (BSP) are compared, a volumescanning photograp...
A computer simulation model of human airborne movement is described. The body is modelled as 11 rigi...
The purposes of this research were a) to identify differences in the biomechanical description of mo...
In the field of sports biomechanics, a human body is often treated as a linkage model to investigate...
A method is presented for determining the angular momentum of the human body about its mass centre f...
Experimental studies of sports technique are inherently problematical. In competitive situations bio...
© ACAPS, EDP Sciences, 2013. Computer simulation models have been used to address a range of researc...
none3noThis study sought to determine the effect of inaccuracies in body segment parameters and mode...
Since strictly related to balance and stability control, body center of mass (CoM) kinematics is a r...
The angular momentum production during the takeoff phase in diving was computed in two ways: The fi...
INTRODUCTION: The growth of computer technology helps us to understand and analyze human movement pa...
Whole body dynamics analyses are compromised by various error sources including body segment paramet...
The use of computer simulation models in studies of human movement is now widespread. Most of these...
INTRODUCTION:Teaching acrobatic skills with a minimal amount of repetition is a major challenge for ...