By Marc H. Schieber (auth.), Ravi Balasubramanian, Veronica J. Santos (eds.)
“The Human Hand as an suggestion for robotic Hand improvement” provides an edited selection of authoritative contributions within the zone of robotic arms. the implications defined within the quantity are anticipated to steer to extra powerful, accountable, and cheap disbursed platforms corresponding to these endowed with advanced and complex sensing, actuation, computation, and conversation features. The twenty-four chapters talk about the sphere of robot greedy and manipulation considered in gentle of the human hand’s functions and push the state of the art in robotic hand layout and keep an eye on. subject matters mentioned contain human hand biomechanics, neural keep watch over, sensory suggestions and belief, and robot clutch and manipulation. This booklet might be important for researchers from varied parts comparable to robotics, biomechanics, neuroscience, and anthropologists.
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Extra resources for The Human Hand as an Inspiration for Robot Hand Development
Physiol. 543, 289–296 (2002) 10. A. J. Fuglevand, Role of intertendinous connections in distribution of force in the human extensor digitorum muscle. Muscle Nerve 28, 614–622 (2003) 11. T. , Short-term synchronization between motor units in different functional subdivisions of the human flexor digitorum profundus muscle. J. Neurophysiol. 92, 734–742 (2004) 12. A. J. Fuglevand, Common input to motor neurons innervating the same and different compartments of the human extensor digitorum muscle. J.
Common drive [5–9]. For a discussion on methodological aspects of the common drive technique, the reader is referred to a simulation study by Lowery and Erim . 2 Motor-Unit Synchrony The correlation for continuous functions x(t) and y(t) is computed by the crosscorrelation function Z RYX ðsÞ ¼ ð1=T Þ yðtÞxðt À sÞdt ð1Þ where s is the time interval and T is the period of integration. The special case of cross-correlation between spike trains uses computations based on peri-spike histograms [11, 12].
This work has also revealed the existence of significant across-muscle coherence occurring primarily at low frequencies (\15 Hz), even though coherence strength varied significantly across muscle groups (the heterogeneous distribution of coherence across hand muscles is further discussed in Sect. 4). 4 Task-Dependency of Common Neural Input Motor unit studies of within- and across-muscle synchrony have also addressed the question of whether and the extent to which correlated neural input is taskdependent.