Abstract—Human activity quantification consists of computing a numerical or qualitative metric that indicates the amount of movement a person engaged in a given time interval. Such a metric has important applications in elderly care, wellness and healthcare given the strong empirical relation between a person’s health and his or her activity level. This paper proposes and evaluates methods to quantify the level of human activity in an indoor environment using a continuous wave radar. An experimental evaluation is carried out using a flexible and low-cost software defined radar platform. Results showed a good correlation between the proposed metrics and the motion sequence performed by the subject suggesting that accurate activity quantifica...
As the number of older adults increases worldwide, new paradigms for indoor activity monitoring are ...
The next generation of health activity monitoring is greatly dependent on wireless sensing. By analy...
Non-invasive indoor human activity detection using radio waves has attracted the interest of researc...
Human activity characterization based on gait signatures is important in several applications includ...
Human activity characterization based on gait signatures is important in several applications includ...
Radar is an attractive technology for long term monitoring of human movement as it operates remotely...
Abstract—Radar is an attractive technology for long term monitoring of human movement as it operates...
This book aims to capture recent advances and breakthroughs in in-home radar monitoring of human mot...
Abstract In this paper, we propose an unobtrusive method and architecture for monitoring a person’s...
Identifying human activities using short-range and low-power radars has attracted much attention amo...
Indoor human activity recognition is actively studied as part of creating various intelligent system...
Movement disorders, such as Parkinson's disease, dystonia, tic disorder, and attention-deficit/h...
Movement disorders, such as Parkinson’s disease, dystonia, tic disorder, and attention-deficit...
Physical activity envelope provides invaluable information in numerous pervasive health applications...
The gold standard for human motion analysis in the field of biomechanics is an optical motion captur...
As the number of older adults increases worldwide, new paradigms for indoor activity monitoring are ...
The next generation of health activity monitoring is greatly dependent on wireless sensing. By analy...
Non-invasive indoor human activity detection using radio waves has attracted the interest of researc...
Human activity characterization based on gait signatures is important in several applications includ...
Human activity characterization based on gait signatures is important in several applications includ...
Radar is an attractive technology for long term monitoring of human movement as it operates remotely...
Abstract—Radar is an attractive technology for long term monitoring of human movement as it operates...
This book aims to capture recent advances and breakthroughs in in-home radar monitoring of human mot...
Abstract In this paper, we propose an unobtrusive method and architecture for monitoring a person’s...
Identifying human activities using short-range and low-power radars has attracted much attention amo...
Indoor human activity recognition is actively studied as part of creating various intelligent system...
Movement disorders, such as Parkinson's disease, dystonia, tic disorder, and attention-deficit/h...
Movement disorders, such as Parkinson’s disease, dystonia, tic disorder, and attention-deficit...
Physical activity envelope provides invaluable information in numerous pervasive health applications...
The gold standard for human motion analysis in the field of biomechanics is an optical motion captur...
As the number of older adults increases worldwide, new paradigms for indoor activity monitoring are ...
The next generation of health activity monitoring is greatly dependent on wireless sensing. By analy...
Non-invasive indoor human activity detection using radio waves has attracted the interest of researc...