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This study contributes to understanding the role of body mass in identification by (1) quantifying the accuracy and precision with which body mass can be ...
The results show that body mass can be measured in a fraction of a second with less than a 1 kilogram standard deviation of error, and quantifying the ...
Abstract. Ground reaction forces generated during normal walking have recently been used to identify and/or classify individuals based upon the pattern.
This study contributes to understanding the role of body mass in identification by (1) quantifying the accuracy and precision with which body mass can be ...
Height is typically only a weak biometric, but we show that it is well suited for identifying among a few residents in the home, and can potentially be improved ...
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Jam Jenkins, Carla Schlatter Ellis: Using Ground Reaction Forces from Gait Analysis: Body Mass as a Weak Biometric. Pervasive 2007: 251-267.
Get details about the chapter of Using Ground Reaction Forces from Gait Analysis: Body Mass as a Weak Biometric from book Pervasive Computing: 5th ...
Ground reaction forces generated during normal walking have recently been used to identify and/or classify individuals based upon the pattern of the forces ...
The aim of this work is to check how the quality of a biometrics system based on ground reaction forces will change in the case of women walking in two ...
This survey covers historical development and current state of the art in accelerometer-based gait analysis, a sub-category of wearable sensor based gait ...