The purpose of this study was to introduce how to use 3D image analysis with Pan/Tilt/Zoom cameras to obtain the 3D kinematical data in the event of high jump. The attempts by a chinese elite female highjumper were filmed with two cameras. In addition to control frame, the 3D coordinates of additional control points were measured by a theodolite and transformed into the same reference system. Then these parameters were used in the Motion Analysis System and in the software to level the reference system. Finally, the 3D kinematical data of whole high jump movement could be obtained for further analyzing techniques. This method can be used to analyze other sport events
Horizontal jumps are discrete, fast, over-ground movements requiring coordination of the centre of m...
Scientifically recording a movement and giving feedback by evaluating it is an indispensable element...
INTRODUCTION: The purpose of this study was to examine the take off technique of female high jump at...
The purpose of this study is to investigate the relationship between the kinematics and the dynamics...
Through the years biomechanists have made use of a variety of high technology equipment for their re...
Kinematic measurements of sports performances have generally been gathered using stationary cameras....
Variability of Technique in High Jump Thesis objectives: The main aim of my thesis is to find out th...
The purpose of this study is to realize 3D Image Analysis with Pan/Tilt/Zoom function using SIMI Mot...
A method is presented for the three-dimensional analysis of ski jumping using two pan and tilt camer...
By using the 3D video analysis method, we have tested on the handspring sideways stretched side-ward...
The purpose of this study was to compare three-dimensional kinematic variables among intercollegiate...
This study was based on the 3D kinematical analysis of long jump in an official competition of the I...
Our laboratory has been involved for the past two years in a study of top-class high jumpers sponsor...
[[abstract]]Kinematical Analysis via Three - Dimensional Cinematography for Two Types of Forehand Sm...
Standard procedures for the calibration for 3D video measurements in sports biomechanics are the rec...
Horizontal jumps are discrete, fast, over-ground movements requiring coordination of the centre of m...
Scientifically recording a movement and giving feedback by evaluating it is an indispensable element...
INTRODUCTION: The purpose of this study was to examine the take off technique of female high jump at...
The purpose of this study is to investigate the relationship between the kinematics and the dynamics...
Through the years biomechanists have made use of a variety of high technology equipment for their re...
Kinematic measurements of sports performances have generally been gathered using stationary cameras....
Variability of Technique in High Jump Thesis objectives: The main aim of my thesis is to find out th...
The purpose of this study is to realize 3D Image Analysis with Pan/Tilt/Zoom function using SIMI Mot...
A method is presented for the three-dimensional analysis of ski jumping using two pan and tilt camer...
By using the 3D video analysis method, we have tested on the handspring sideways stretched side-ward...
The purpose of this study was to compare three-dimensional kinematic variables among intercollegiate...
This study was based on the 3D kinematical analysis of long jump in an official competition of the I...
Our laboratory has been involved for the past two years in a study of top-class high jumpers sponsor...
[[abstract]]Kinematical Analysis via Three - Dimensional Cinematography for Two Types of Forehand Sm...
Standard procedures for the calibration for 3D video measurements in sports biomechanics are the rec...
Horizontal jumps are discrete, fast, over-ground movements requiring coordination of the centre of m...
Scientifically recording a movement and giving feedback by evaluating it is an indispensable element...
INTRODUCTION: The purpose of this study was to examine the take off technique of female high jump at...