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Title: Fundamentals of Robotic Mechanical Systems
Other Titles: Theory, Methods, and Algorithms
Authors: Angeles, Jorge
Keywords: Mechanical
Robotic Mechanical
Issue Date: 2014
Publisher: Springer
Abstract: The aim of the Fourth Edition is the same as that of the past editions: to provide the reader with the tools needed to better understand the fundamental concepts behind the design, analysis, control, and programming of robotic mechanical systems at large. The current edition includes additional examples and exercises. Furthermore, an updated account of progress and trends in the broad area of robotic mechanical systems, which continues developing at an impressive pace, is included in Chap. 1. However, a comprehensive summary of up-to-date developments is not possible in the limits of a book that stresses fundamentals. An effort was made to include an overview of the subject, with pertinent references for the details. Robotic systems that were not even mentioned in the First Edition, namely, flying robots, especially drones and quadrotors, are now highlighted.
Description: Material posted therein includes code intended to help better understand the most cumbersome derivations, and to provide useful tools when working out the exercises, or simply to assist the curious reader in exploring alternative examples or alternative methods. Animation files and film are also included. An important feature of the code provided is that it allows for either symbolic manipulations, using Maple, or numerical computations, using Matlab. The rough estimates of the solutions to systems of bivariate equations, arising in various chapters, but most intensively in Chap. 9, are facilitated by the inclusion of a Matlab graphic user interface. Further refinements of these estimates are implemented by means of a Newton–Gauss least-square approximation to an overdetermined system of nonlinear equations, as implemented in Matlab.
URI: http://localhost:8080/xmlui/handle/123456789/136
ISBN: 978-3-319-01851-5
Appears in Collections:ARTS & SCIENCE

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