In various martial arts, competitors are interested in quantifying and categorising techniques which are exercised during training. The implementation of embedded systems into training gear, especially a portable wireless body worn system, based on inertial sensors, facilitates the quantification and categorisation of forces and accelerations involved during the training of martial arts. The scope of this paper is to give a brief overview of contemporary technology and devices, describe key methods that are implemented in such devices and as well to provide a project outline. For this reason a literature research was carried out using search engines and databases. The search yielded that devices are capable of tracking activities of daily l...
Motion analysis technologies have been widely used to monitor the potential for injury and enhance a...
Copyright © 2020 Juri Taborri et al. This is an open access article distributed under the Creative C...
Technological advances are pushing into the mass market innovative wearable devices featuring increa...
In various martial arts, competitors are interested in quantifying and categorising techniques which...
Introduction: Over the past years, a few review papers about possibilities of using motion analysis ...
Over time, inertial sensors have become an essential ally in the biomechanical field for current res...
In martial arts teaching and sports training, the accurate capturing and analysis of martial arts at...
Abstract — Beside their stunning graphics, modern entertainment systems feature ever-higher levels o...
Abstract—Beside their stunning graphics, modern entertain-ment systems feature ever-higher levels of...
This paper presents a prototype human motion tracking system for wearable sports applications. It ca...
This paper presents the design of a wearable system for measurements of athlete's performance in com...
In this study, an inertial measurement unit (IMU) sensor module and software algorithm were develope...
The most common attacking movement in fencing is the lunge and its objective is to land a hit on the...
Although historically among the most popular of sports, today, combative sports are often viewed as ...
ABSTRACT: To date, there is lack of biomechanical characterisation on defensive technique (martial a...
Motion analysis technologies have been widely used to monitor the potential for injury and enhance a...
Copyright © 2020 Juri Taborri et al. This is an open access article distributed under the Creative C...
Technological advances are pushing into the mass market innovative wearable devices featuring increa...
In various martial arts, competitors are interested in quantifying and categorising techniques which...
Introduction: Over the past years, a few review papers about possibilities of using motion analysis ...
Over time, inertial sensors have become an essential ally in the biomechanical field for current res...
In martial arts teaching and sports training, the accurate capturing and analysis of martial arts at...
Abstract — Beside their stunning graphics, modern entertainment systems feature ever-higher levels o...
Abstract—Beside their stunning graphics, modern entertain-ment systems feature ever-higher levels of...
This paper presents a prototype human motion tracking system for wearable sports applications. It ca...
This paper presents the design of a wearable system for measurements of athlete's performance in com...
In this study, an inertial measurement unit (IMU) sensor module and software algorithm were develope...
The most common attacking movement in fencing is the lunge and its objective is to land a hit on the...
Although historically among the most popular of sports, today, combative sports are often viewed as ...
ABSTRACT: To date, there is lack of biomechanical characterisation on defensive technique (martial a...
Motion analysis technologies have been widely used to monitor the potential for injury and enhance a...
Copyright © 2020 Juri Taborri et al. This is an open access article distributed under the Creative C...
Technological advances are pushing into the mass market innovative wearable devices featuring increa...