Add to ORKGThis project consisted of the utilisation of a synchronised time base data software program (Ariel APASview), capable of dynamically integrating video, kinematic, kinetic, EMG, and force plate data for the analysis of selected sports under different competitive conditions (practice, Olympic and collegiate competitions). Biomechanical analysis through data integration was performed on discus throwing, basketball free throw shooting, and high jumping. Visual records from multiple perspectives and quantitative feedback were provided to the coaches and athletes for effective evaluation of their sport performance
This work presents a survey literature review on biomechanics, specifically aimed at the study of ex...
Multifactorial movement analysis is today extensively adopted, both in sports and in clinical applic...
The sports biomechanics branch of Singapore Sports Council (SSC) was established in 1995. Since its ...
Technological advances have made it possible to integrate, synchronise, and simultaneously display v...
INTRODUCTION: This project consisted of the development and application of the Ariel APASview softwa...
The purpose of this study was to analyze the best shot put performances in the Athens 2004 Olympic G...
Motion analysis is utilized to capture various raw linear positional data of markers placed on a bod...
The stadium was Ancient Olympia. The site of the ancient Games of the Olympiad, 2,800 years ago. The...
The purpose of this study was to analyze the best shot put performances in the Athens 2004 Olympic G...
INTRODUCTION : Biomechanical analysis is that branch of science which involves a description of the ...
Biomechanical quantification of both the athletic participants and the sporting events themselves h...
Applied sport biomechanics represents one of the most challenging fields of biomechanics of human mo...
INTRODUCTION Historically, sport biomechanic laboratories have combined research based commercial so...
Technology in biomechanics encompasses eight major categories: artificial optical devices, anthropom...
Introduction Within the framework of the International Athletics Foundation Scientific Project, soft...
This work presents a survey literature review on biomechanics, specifically aimed at the study of ex...
Multifactorial movement analysis is today extensively adopted, both in sports and in clinical applic...
The sports biomechanics branch of Singapore Sports Council (SSC) was established in 1995. Since its ...
Technological advances have made it possible to integrate, synchronise, and simultaneously display v...
INTRODUCTION: This project consisted of the development and application of the Ariel APASview softwa...
The purpose of this study was to analyze the best shot put performances in the Athens 2004 Olympic G...
Motion analysis is utilized to capture various raw linear positional data of markers placed on a bod...
The stadium was Ancient Olympia. The site of the ancient Games of the Olympiad, 2,800 years ago. The...
The purpose of this study was to analyze the best shot put performances in the Athens 2004 Olympic G...
INTRODUCTION : Biomechanical analysis is that branch of science which involves a description of the ...
Biomechanical quantification of both the athletic participants and the sporting events themselves h...
Applied sport biomechanics represents one of the most challenging fields of biomechanics of human mo...
INTRODUCTION Historically, sport biomechanic laboratories have combined research based commercial so...
Technology in biomechanics encompasses eight major categories: artificial optical devices, anthropom...
Introduction Within the framework of the International Athletics Foundation Scientific Project, soft...
This work presents a survey literature review on biomechanics, specifically aimed at the study of ex...
Multifactorial movement analysis is today extensively adopted, both in sports and in clinical applic...
The sports biomechanics branch of Singapore Sports Council (SSC) was established in 1995. Since its ...