This paper describes a new measurement method and principle of detection of biodynamics using bioelectrical impedance method based on four-electrode technique with sinusoidal constant current. This method uses a human body itself as a part of the sensor. First, we show a bioelectrical impedance measuring device and the change of bioelectrical resistance is measured in human movement. Second, we proposes a principle of detection of biodynamics based on correspondence of magnitude, form and stability of movement to impedance waveform. Hence we can use this method for the judgement of sports skill using the impedance characteristics
Abstract: Bioimpedance sensing is a noninvasive technique for measuring parameters related to tissue...
AbstractIn the traditional human bioelectrical impedance measurement methods, measurement approach i...
The analysis of electrical bioimpedance (BIA) is a non-invasive, low cost and a commonly used approa...
This paper describes a new measurement method and principle of detection of biodynamics using bioele...
The purpose of this work is to propose a skill evaluation of tennis movement based on forearm electr...
This paper describes the possibility of analyzing gait pattern from the changes of the lower leg ele...
The purpose of this study is to provide a new approach for detection using bio-impedance. This imped...
The purpose of this paper is to provide a new approach for detection using bio-impedance. This imped...
This study proposes a new method for measuring upper limb movement using a bio-impedance technique. ...
Background and aims: In a wide field of research, the devices available based on long-established me...
In a wide field of research, the devices available based on long-established methods for measurement...
Biomechanical impedance is relatively small compared to industrial mechanical impedance. Thus it is ...
A four-channel impedance measurement system, including a two-channel goniometer, to analyse human ar...
Impedance techniques have been widely applied to the biomedical engineering field. In order to obtai...
Impedances and joint angles were simultaneously measured during ankle and knee movements. The correl...
Abstract: Bioimpedance sensing is a noninvasive technique for measuring parameters related to tissue...
AbstractIn the traditional human bioelectrical impedance measurement methods, measurement approach i...
The analysis of electrical bioimpedance (BIA) is a non-invasive, low cost and a commonly used approa...
This paper describes a new measurement method and principle of detection of biodynamics using bioele...
The purpose of this work is to propose a skill evaluation of tennis movement based on forearm electr...
This paper describes the possibility of analyzing gait pattern from the changes of the lower leg ele...
The purpose of this study is to provide a new approach for detection using bio-impedance. This imped...
The purpose of this paper is to provide a new approach for detection using bio-impedance. This imped...
This study proposes a new method for measuring upper limb movement using a bio-impedance technique. ...
Background and aims: In a wide field of research, the devices available based on long-established me...
In a wide field of research, the devices available based on long-established methods for measurement...
Biomechanical impedance is relatively small compared to industrial mechanical impedance. Thus it is ...
A four-channel impedance measurement system, including a two-channel goniometer, to analyse human ar...
Impedance techniques have been widely applied to the biomedical engineering field. In order to obtai...
Impedances and joint angles were simultaneously measured during ankle and knee movements. The correl...
Abstract: Bioimpedance sensing is a noninvasive technique for measuring parameters related to tissue...
AbstractIn the traditional human bioelectrical impedance measurement methods, measurement approach i...
The analysis of electrical bioimpedance (BIA) is a non-invasive, low cost and a commonly used approa...