The approach taken in the paper is to compare the features and limitations of motion trackers in common use. Results from the author’s experimentation with an inertial motion capture system are discussed. The system mainly involves inertia sensing technology, Bluetooth, sensor network and software development of human body motion capture model. The sensor network of the system is used to collect motion data of the body key joints, and the data are delivered to workstation through Bluetooth, then the software on workstation uses analytical inverse kinematics algorithm to analyze the motion data. The system has advantages of lower cost and high precision. The resulting model tends to handle uncertainty well and is suitable for incrementally u...
Abstract Taking human movements has very good prospects of application in sports, animated projects,...
Recently, motion tracking techniques to acquire human body movements have broadened their range of a...
AbstractThe objective of this study was to develop and evaluate the feasibility of a wearable, senso...
Abstract: The approach taken in the paper is to compare the features and limitations of motion track...
Motion capturing is widely used across different applications such as medical analysis and creating ...
This paper compares two novel motion capture systems using several biomechanical measurements during...
Human motion capture is often used in rehabilitation clinics for diagnostics and monitoring the effe...
Inertial sensors (accelerometers and gyroscopes) are ubiquitous in today’s society, where they can b...
In the last few years, inertial sensors (accelerometers and gyroscopes) in combination with magnetic...
Body area sensing systems specifically designed for motion capture need to consider the wearer’s com...
This paper introduces a method to track the real-time velocity and capture the dynamic behavior of a...
This paper introduces a method to track the real-time velocity and capture the dynamic behavior of a...
This work presents the development of a full body sensor-based motion tracking system that functions...
On-body sensors capture quantitative data from variety of bio-signals on a subject’s body with appli...
Human motion capture is used for many purposes like sports training and rehabilitation. In the last ...
Abstract Taking human movements has very good prospects of application in sports, animated projects,...
Recently, motion tracking techniques to acquire human body movements have broadened their range of a...
AbstractThe objective of this study was to develop and evaluate the feasibility of a wearable, senso...
Abstract: The approach taken in the paper is to compare the features and limitations of motion track...
Motion capturing is widely used across different applications such as medical analysis and creating ...
This paper compares two novel motion capture systems using several biomechanical measurements during...
Human motion capture is often used in rehabilitation clinics for diagnostics and monitoring the effe...
Inertial sensors (accelerometers and gyroscopes) are ubiquitous in today’s society, where they can b...
In the last few years, inertial sensors (accelerometers and gyroscopes) in combination with magnetic...
Body area sensing systems specifically designed for motion capture need to consider the wearer’s com...
This paper introduces a method to track the real-time velocity and capture the dynamic behavior of a...
This paper introduces a method to track the real-time velocity and capture the dynamic behavior of a...
This work presents the development of a full body sensor-based motion tracking system that functions...
On-body sensors capture quantitative data from variety of bio-signals on a subject’s body with appli...
Human motion capture is used for many purposes like sports training and rehabilitation. In the last ...
Abstract Taking human movements has very good prospects of application in sports, animated projects,...
Recently, motion tracking techniques to acquire human body movements have broadened their range of a...
AbstractThe objective of this study was to develop and evaluate the feasibility of a wearable, senso...