The estimation of organic functions in the human body is important for both diagnosis and treatment in the medical field. In order to adequately assess these functions, a detection technique having an accuracy of better than 1 mm is required for body motion analysis. A wireless magnetic motion capture system is one such effective detection technique. Recently, the development of a new motion capture system using an LC resonant magnetic marker (LC marker) has been reported. This new system consists of both driving and pickup coils as well as small LC markers that do not have batteries or electric wires that may interfere with natural organic functions. It is suggested that this system is reliable and effective for diagnosis and treatment in the medical field, because it is a noninvasive system with six degrees of freedom that is able to capture magnetic markers in the human body.
[1]
Yasuo Okazaki,et al.
Wireless magnetic motion capture system using multiple LC resonant magnetic markers with high accuracy
,
2008
.
[2]
Joseph A. Paradiso,et al.
Sensor systems for interactive surfaces
,
2000,
IBM Syst. J..
[3]
K. Arai,et al.
Numerical Study on the Improvement of Detection Accuracy for a Wireless Motion Capture System
,
2009,
IEEE Transactions on Magnetics.
[4]
Yasuo Okazaki,et al.
Development of a Position-Sensing System for a Wireless Magnetic Marker
,
2004
.
[5]
H. Kikuchi,et al.
Motion capture system of magnetic markers using three-axial magnetic field sensor
,
2000
.