human walking
Unsupervised Learning : K-Means Approach In Classifying Human Walking Path
... As the human walking path data is not robust as is effected by human’s stopped state, data smoothing method is used. In this paper, researchers used Generalized Cross-Validation (GCV) [11] based on ...
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A new Constant Pushing Force Device for human walking analysis
... of walking is determined by mechan- ical tasks such as generating force to support body weight, performing work to redirect and accelerate the center of mass from step to step, swinging the limbs, and maintaining ...
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On the effect of walking surface stiffness on inter-limb coordination in human walking: toward bilaterally informed robotic gait rehabilitation
... The kinematic and muscular response due to variation in the onset of the low stiffness perturbations for a rep- resentative subject is shown in Fig. 7. The results from this experiment indicate that the timing of the low ...
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Control and function of arm swing in human walking and running
... in human walking and running to test the hypothesis that the arms act as passive mass dampers powered by movement of the lower body, rather than being actively driven by the shoulder ...while walking ...
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Predictive modelling of human walking over a complete gait cycle
... In this paper, we present a combined inverse dynamics and optimisation method to predict normal human walking. In contrast to previous studies, the model predicts a complete gait cycle, including a normal ...
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Real Time Battery Charging System by Human Walking
... of human walking. Walking is the best and common activity in day to day ...While walking the person loses some energy from foot in the form of vibrations which are sensed and converted into ...
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Constrained optimization in human walking: cost minimization and gait plasticity
... the walking gait (either speed, step frequency or step length) appears adequate to elicit the myriad of other coordination factors (nerve firing, muscle activation and force stimulation, feedback integration, ...
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The advantages of a rolling foot in human walking
... progression, human walking may appear to have an effective roll-over radius of ...normal walking is closer to =0.2. The actions of the human ankle-foot complex appear not to perfectly ...
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Reflex control of robotic gait using human walking data
... In human walking, several studies have indicated that ground reaction forces influence the locomotor activity of the leg [44–46] and the action of plantar pressure signals from the foot sole have been ...
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The mass specific energy cost of human walking is set by stature
... of human walking is set by ...per walking stride was nearly invariant among subjects who varied by a factor of more than ...the walking-transport-cost–stature relationship in our original ...
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A unified perspective on ankle push off in human walking
... during walking is to help initiate leg swing ...in human walking (Cappozzo et ...in walking, often termed ‘ push-off ’ ...facilitate walking overall? The aim of this article is to ...
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Mechanical and energetic consequences of rolling foot shape in human walking
... The human ankle and foot act similar to a rolling wheel during each stance ...for walking, separate from rolling ...of human walking. The human foot’s wheel-like motion is facilitated ...
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Mechanics and energetics of load carriage during human walking
... Our experiment entailed a number of simplifications. Subjects walked on a smooth treadmill surface at fixed speed, whereas typical load carriage is often performed at self-selected, non-constant speed and on uneven ...
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Pendular energy transduction within the step in human walking
... this assumption was measured in sprint running (Cavagna et al., 1971). During level walking at a constant speed, the net changes in mechanical energy of the centre of mass of the body are zero over the whole step ...
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Autonomous exoskeleton reduces metabolic cost of human walking
... [8]. All participants were healthy and exhibited no gait ab- normalities. This study was approved by the MIT Commit- tee on the Use of Humans as Experimental Subjects, and informed consent was obtained from experimental ...
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The strengths and weaknesses of inverted pendulum models of human walking
... During mid‐stance 20‐40% of the gait cycle the vertical velocity also shows a good match between the predicted and experimental data within 1.44 standard deviations at all walking speeds[r] ...
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Angular momentum in human walking
... the walking gait cycle, despite substantial segmental momenta, indicating large segment-to-segment ...in walking (Saunders et ...16-segment human model and gait data measured from the 10 study ...
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Appropriately complex modelling of healthy human walking
... For a process that most people take for granted and perform every day without thinking about it, comprehending the way in which we walk, and why it is so, is not only intriguing from a scientific perspective but also ...
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Evaluation of Floor Vibrations Induced by Walking Barefoot in Heavyweight Buildings
... by human walking, be- cause the impact force from the heavy/soft impact source dropped from a 1-m height is greater than that from hu- man ...adult walking and jumping on lightweight floors [16, ...
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Framework of controlling 3Dd virtual human emotional walking using BCI
... Virtual Human animation in the field of game research still requires a quite lot of enhancement particularly on how to provide users attractive ...Virtual Human animation have been conducted by previous ...
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