Photogrammetry is one of the non-invasive markerless methods applied in postural assessment to measure the dynamical relation of body parts in terms of distance and angles. The use of camera sensing technology replace...
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ISBN:
(纸本)9781665486637
Photogrammetry is one of the non-invasive markerless methods applied in postural assessment to measure the dynamical relation of body parts in terms of distance and angles. The use of camera sensing technology replaces visual inspectors to quantify the postural assessment in a more efficient way. To visualize a series of human motion, the proposed web-app automates the process of photogrammetry and generates the kinematic analysis. It allows three-dimensional joints visualization and an interactive kinematic graph for joints correlation. A preliminary postural assessment can be completed via uploading a video or a text file with postural information. The output of the web-app can be used to evaluate the posture of the human from the input data using 3D human joints, distance, and joint movement. In this work, the walking and running patterns were put into practise and examined. Results show that the kinematic analysis is made possible by the visualisation of 3D human joints in euclidean distance and joint angular characteristics.
The Internet of Things (IoT) enables an explicit interconnection between various devices and digital services, and such technology can be further exploited to benefit society as well as municipal authorities. This pap...
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ISBN:
(纸本)9781509010226
The Internet of Things (IoT) enables an explicit interconnection between various devices and digital services, and such technology can be further exploited to benefit society as well as municipal authorities. This paper proposes a smart architecture (named Salle de B(r)ains) developed with an inspiration to curb water wastage and to sustain the availability of water for domestic use. In the preceding lustrum, the quantum of water has significantly subsided, and more number of droughts have been recorded due to water scarcity. Spreading awareness about water usage among individuals is imperative in order to successfully tackle this issue and manage water distribution. One major area within households where water is wasted is in bathrooms and hence, although applicable at any location of water consumption, the proposed prototype focuses on domestic water consumption in bathrooms. The prototype utilizes concepts such as Wi-Fi communication, web-app development, Cloud storage and data analytics in order to accomplish its objective of mitigating water wastage, and educating users about their water consumption. An added feature of humidity control helps maintain a sanitary bathroom environment.
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