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Static and Dynamic Features Analysis from Human Skeletons for Gait Recognition
2021 IEEE International Joint Conference on Biometrics (IJCB), 2021Gait recognition is an effective way to identify a person due to its non-contact and long-distance acquisition. In addition, the length of human limbs and the motion pattern of human from human skeletons have been proved to be effective features for gait
Ziqiong Li +4 more
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Unsupervised Fall Detection Approach Using Human Skeletons
International Conference on Robotics and Artificial Intelligence, 2021Fall detection in the elderly persons is crucial to prevent serious medical hazards. Human intervention can overcome such accidents but require extreme vigilance on part of the medical staff.
Mishal Fatima +3 more
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Human Action Recognition by Representing 3D Skeletons as Points in a Lie Group
2014 IEEE Conference on Computer Vision and Pattern Recognition, 2014Recently introduced cost-effective depth sensors coupled with the real-time skeleton estimation algorithm of Shotton et al. [16] have generated a renewed interest in skeleton-based human action recognition.
Raviteja Vemulapalli +2 more
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The craniofacial skeleton in anencephalic human fetuses. III. Facial skeleton
Teratology, 1978AbstractA sample of 12 anencephalic fetuses with gestational ages ranging from 26 to 40 weeks and exhibiting varying degrees of severity of the dorsal cranial defect was compared to three normal fetuses of comparable gestational ages with regard to the morphology and positional relationships of the maxillofacial skeletal complex.
L, Metzner +3 more
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JAMA: The Journal of the American Medical Association, 1986
This is a remarkable book. The authors, two anatomists from Johns Hopkins University, Baltimore, and a medical illustrator now attending medical school, are to be congratulated on producing The Human Skeleton , which is alive and dynamic, vitally interesting, and exceedingly thorough.
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This is a remarkable book. The authors, two anatomists from Johns Hopkins University, Baltimore, and a medical illustrator now attending medical school, are to be congratulated on producing The Human Skeleton , which is alive and dynamic, vitally interesting, and exceedingly thorough.
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Actinide Distribution in the Human Skeleton
Health Physics, 1987Radiochemical analysis of two half skeletons donated to the United States Transuranium Registry from individuals with occupationally incurred depositions, one of 241Am and the other of 239Pu, revealed an inverse proportionality between the concentration of actinide in the bone ash and the fraction of ash (or the calcium content of the ash).
R L, Kathren, J F, McInroy, M J, Swint
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The Human Skeletons from Herjólfsnes
Journal of the North Atlantic, 2009Abstract When the skeletons from Herjolfsnes were examined after excavation in Greenland, it was hoped that they might shed light on the fate of the Norse colonies there. They were examined at a time when biological anthropology was very much concerned with issues such as race, racial intermixture, and racial degeneration. For the examining scientists,
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Parsing human skeletons in an operating room
Machine Vision and Applications, 2016Vasileios Belagiannis +11 more
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Fluorine in the Human Skeleton
Nature, 1953IN recent chemical tests carried out on the Piltdown skull, the accurate determination of fluorine was of decisive importance. It may therefore be of interest to mention that the discovery of fluorine in the human skeleton has been attributed1 to Arthur Connell, first professor of chemistry in the University of St. Andrews (1840–;62). Further, to quote
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