Titlebook: Mesenchymal Stromal Cells; Biology and Clinical Peiman Hematti,Armand Keating Book 2013 Springer Science+Business Media New York 2013 Biolo

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Maria Ester Bernardo M.D., Ph.D.,Lynne M. Ball M.D.,Franco Locatelli M.D., Ph.D.,Willem E. Fibbe M.Dsted on a real machine, the SILO4 walking robot.Data from thLegged robots have proven to be a promising locomotion system, capable of performing tasks that conventional vehicles cannot perform. Even more exc- ing is the fact that this is a rapidly developing ?eld of study for researchers from a vari

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Siddiraju V. Boregowda DVM,Donald G. Phinney Ph.D. signals have been chosen as a feasible set of inputs for a virtual sensor to estimate the forces exerted by the robot’s foot. These inputs can be drawn from the joint-position sensors available in most robotic systems, so the implementation of this virtual sensor does not result in an extra hardwar

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Thomas P. Lozito,Rocky S. Tuan signals have been chosen as a feasible set of inputs for a virtual sensor to estimate the forces exerted by the robot’s foot. These inputs can be drawn from the joint-position sensors available in most robotic systems, so the implementation of this virtual sensor does not result in an extra hardwar

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Patrick Wuchter M.D.,Anthony D. Ho M.D., FRCPCng is the fact that this is a rapidly developing ?eld of study for researchers from a variety of disciplines. Over the past three decades, legged locomotion technology has been developed all over the world, resulting in the invention of many important new machines and methods. However, only a few bo

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Rodrigo Jacamo,Erika Spaeth,Venkata Battula,Frank Marini,Michael Andreeff M.D., Ph.D. signals have been chosen as a feasible set of inputs for a virtual sensor to estimate the forces exerted by the robot’s foot. These inputs can be drawn from the joint-position sensors available in most robotic systems, so the implementation of this virtual sensor does not result in an extra hardwar

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Bruce A. Bunnell Ph.D.,Christine Gagliardi,Maria Isabel Ribeiro Diassted on a real machine, the SILO4 walking robot.Data from thLegged robots have proven to be a promising locomotion system, capable of performing tasks that conventional vehicles cannot perform. Even more exc- ing is the fact that this is a rapidly developing ?eld of study for researchers from a vari

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signals have been chosen as a feasible set of inputs for a virtual sensor to estimate the forces exerted by the robot’s foot. These inputs can be drawn from the joint-position sensors available in most robotic systems, so the implementation of this virtual sensor does not result in an extra hardwar

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