Digital Control System Design (The ^AOxford Series in Electrical and Computer Engineering)

<p>Building on Gene Hosetter's lucid and highly-praised writing style, almost a third of the material in this Second Edition has been added since the lsat edition, bringing Dr. Hosetetter's classic text in to the present as a state-of-the-art, completely up-to-date, design-oriented digital control systems text. It begins with an overview of classical digital system control design, and develops the principles of regulation, tracking, Kalman filtering, and stochastic control. The stronger emphasis on design also satisfies ABET recommendations for Electrical Engineering curricula. The approach favors applied relevance over the abstract, while still exploring new ideas. Design examples are given throughout each chapter, with at least one major practical problem explained and solved.</p>

Reference

Santina, Mohammed S.

Stubberud, Allen R.

Hostetter, the late Gene H.

Words, Language & Grammar

Oxford University Press

This clearly written and comprehensive Third Edition provides students with a background in continuous-time analog classical control concepts.  Design examples at the end of most chapters support the text's strong design orientation, as do thorough discussions of design methods using root locus and Bode methods that go beyond rote memorization.  An expanded, more versatile treatment of modeling includes a comprehensive variety of electrical, mechanical, and electromechanical systems.  This gives instructors the option of emphasizing dynamic modeling, or using a system approach. Time domain compensation (an international design method), and pole placement (an important new design method) have been added.  Row shifting is covered for Routh arrays, and several advanced topics such as loop transfer recovery and H¥ methods are also now covered.  A software package--Program CC: Introductory Version--and accompanying manual are correlated to the text, providing coding examples that illustrate how coding produces computer results.  The software also offers students valuable practice solving problems using a computer: a skill that will benefit them greatly in the workplace.

Design of Feedback Control Systems

Shahian, Bahram

Stefani, Raymond T.

Savant Jr., the late Clement J.

A designed-oriented digital control system text to be used in courses at the advanced undergraduate and beginning graduate level. This text is suitable for both electrical and mechanical engineering departments.

Computers & Technology

Hardware & DIY

<p>This clearly written and comprehensive Third Edition provides students with a background in continuous-time analog classical control concepts. Design examples at the end of most chapters support the text's strong design orientation, as do thorough discussions of design methods using root locus and Bode methods that go beyond rote memorization. An expanded, more versatile treatment of modeling includes a comprehensive variety of electrical, mechanical, and electromechanical systems. This gives instructors the option of emphasizing dynamic modeling, or using a system approach. Time domain compensation (an international design method), and pole placement (an important new design method) have been added. Row shifting is covered for Routh arrays, and several advanced topics such as loop transfer recovery and H¥ methods are also now covered. A software package--Program CC: Introductory Version--and accompanying manual are correlated to the text, providing coding examples that illustrate how coding produces computer results. The software also offers students valuable practice solving problems using a computer: a skill that will benefit them greatly in the workplace.</p>

Design of Feedback Control Systems (The ^AOxford Series in Electrical and Computer Engineering)

Engineering & Transportation

Engineering

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