Data is shown with pump inactive (top) and pump active (bottom), across (a) Participant 1, (b) Participant 2, and (c) Participant 3. Blue indicates the first stride and yellow the last, with the legend indicating total stride count.</p
Reported as mean ± standard deviation. Significant differences are highlighted. Abbreviations are as...
Gait quantification has been a subject of growing interest in the recent years and researchers are l...
<p>All mechanical and EMG traces refer to walking at spontaneous (S) velocity. The left panel shows ...
Data is shown for gauge pressure (top) and magnitude of acceleration (bottom), across (a) Participan...
Data is shown across (a) Participant 1, (b) Participant 2, and (c) Participant 3. Thin lines indicat...
Reported as mean ± standard deviation. Significant differences are highlighted.</p
This paper describes a measurement of stride during gait. A measurement equipment is made with CMOS ...
Objective: To perform a qualitative systematic overview of the measurement properties of the most co...
In this paper, a new method of determining spatial and temporal gait parameters by using centre of p...
Each point is equivalent to five strides. Data from both the training and testing sets are shown.</p
<p>The number of subjects in each subgroup is indicated in brackets next to subtitles.</p>1<p>: each...
<p>The blue (deep) dotted lines refer to the plantar stance areas of the high-arched left and right ...
<p>Correlation between the six-minute walk test (6MWT) distance and the mean daily steps in patients...
A full dataset of asymptomatic human gait and other movements including marker trajectories, inertia...
This paper presents the results of studying human gait transition outside the laboratory setting on ...
Reported as mean ± standard deviation. Significant differences are highlighted. Abbreviations are as...
Gait quantification has been a subject of growing interest in the recent years and researchers are l...
<p>All mechanical and EMG traces refer to walking at spontaneous (S) velocity. The left panel shows ...
Data is shown for gauge pressure (top) and magnitude of acceleration (bottom), across (a) Participan...
Data is shown across (a) Participant 1, (b) Participant 2, and (c) Participant 3. Thin lines indicat...
Reported as mean ± standard deviation. Significant differences are highlighted.</p
This paper describes a measurement of stride during gait. A measurement equipment is made with CMOS ...
Objective: To perform a qualitative systematic overview of the measurement properties of the most co...
In this paper, a new method of determining spatial and temporal gait parameters by using centre of p...
Each point is equivalent to five strides. Data from both the training and testing sets are shown.</p
<p>The number of subjects in each subgroup is indicated in brackets next to subtitles.</p>1<p>: each...
<p>The blue (deep) dotted lines refer to the plantar stance areas of the high-arched left and right ...
<p>Correlation between the six-minute walk test (6MWT) distance and the mean daily steps in patients...
A full dataset of asymptomatic human gait and other movements including marker trajectories, inertia...
This paper presents the results of studying human gait transition outside the laboratory setting on ...
Reported as mean ± standard deviation. Significant differences are highlighted. Abbreviations are as...
Gait quantification has been a subject of growing interest in the recent years and researchers are l...
<p>All mechanical and EMG traces refer to walking at spontaneous (S) velocity. The left panel shows ...