Results 261 to 270 of about 6,169,517 (301)
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Canadian Medical Association journal, 1966
The development of bipedal plantigrade progression is a purely human, and apparently learned, accomplishment. Experimental findings confirm the hypothesis that the human body will integrate the motion of various segments of the body and control the activity of muscles to minimize energy expenditure.Movements which are integrated for this purpose ...
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The development of bipedal plantigrade progression is a purely human, and apparently learned, accomplishment. Experimental findings confirm the hypothesis that the human body will integrate the motion of various segments of the body and control the activity of muscles to minimize energy expenditure.Movements which are integrated for this purpose ...
openaire +1 more source
Human Solutions for Locomotion
1976A volitional motor program for steady state locomotion is ascertained in normal human subjects as a function of an. array of operational or sub-behavioral input to output levels. The tactics and strategies employed during a structured series of protocols are revealed by describing certain features or phenomena of gait during each stride cycle.
R. Herman +3 more
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Characteristics of Human Locomotion
1997The human locomotive apparatus is fascinating in its versatility, sophistication and performance. Its main characteristic is versatility. The locomotive apparatus appears to be optimized for an enormous variety of activities, not just for a few specific ones. While many animals can outperform humans in specific situations, none can perform as well in a
N. Berme, E. Oggero, G. Pagnacco
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The Versatility of Human Locomotion
American Anthropologist, 1985Human locomotion was studied for 160 societies through the use of early travel accounts, missionaries' reports, and the ethnographic literature. As a result of the value Western society has placed on a sedentary way of life, and the consequent devaluation of movement, the common “striding gait” of humans has taken on a kind of misplaced concreteness ...
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1997
A. Morecki: Modelling and Simulation of Human and Walking Robot Locomotion.- N. Berme, E. Oggero, G. Pagnacco: Characteristics of Human Locomotion.- N. Berme, E. Oggero, G. Pagnacco: Modelling and Simulation of Human Locomotion.- M. Dietrich, K. Kedzior, C.
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A. Morecki: Modelling and Simulation of Human and Walking Robot Locomotion.- N. Berme, E. Oggero, G. Pagnacco: Characteristics of Human Locomotion.- N. Berme, E. Oggero, G. Pagnacco: Modelling and Simulation of Human Locomotion.- M. Dietrich, K. Kedzior, C.
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Prosthetics and orthotics international, 1979
A study of normal locomotion requires an understanding of both the movements and the force actions involved. This is equally true in appreciating the problems of pathological gait. The gait cycle is described in terms of the significant events which occur during both the stance and swing phases.
J, Hughes, N, Jacobs
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A study of normal locomotion requires an understanding of both the movements and the force actions involved. This is equally true in appreciating the problems of pathological gait. The gait cycle is described in terms of the significant events which occur during both the stance and swing phases.
J, Hughes, N, Jacobs
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The adaptation to speed in human locomotion
Brain Research, 1979S, Grillner +3 more
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Smartphone Sensor-Based Human Locomotion Surveillance System Using Multilayer Perceptron
Applied Sciences (Switzerland), 2022Suliman Alsuhibany +2 more
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