Linear Control System Analysis and Design with MATLAB, 6th Edition

Linear Control System Analysis and Design with MATLAB, 6th Edition

by Constantine H. Houpis, Stuart N. Sheldon
Released October 2013
Publisher(s): CRC Press
ISBN: 9781466504271

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Book description

Thoroughly classroom-tested and proven to be a valuable self-study companion, Linear Control System Analysis and Design: Sixth Edition provides an intensive overview of modern control theory and conventional control system design using in-depth explanations, diagrams, calculations, and tables. Keeping mathematics to a minimum, the book is designed

Table of contents

  1. Front Cover (1/2)
  2. Front Cover (2/2)
  3. Contents (1/2)
  4. Contents (2/2)
  5. Preface
  6. Authors
  7. Chapter 1: Introduction (1/5)
  8. Chapter 1: Introduction (2/5)
  9. Chapter 1: Introduction (3/5)
  10. Chapter 1: Introduction (4/5)
  11. Chapter 1: Introduction (5/5)
  12. Chapter 2: Unmanned Aircraft Vehicles (1/2)
  13. Chapter 2: Unmanned Aircraft Vehicles (2/2)
  14. Chapter 3: Wind Energy Control Systems (1/2)
  15. Chapter 3: Wind Energy Control Systems (2/2)
  16. Chapter 4: Frequency Domain Analysis (1/2)
  17. Chapter 4: Frequency Domain Analysis (2/2)
  18. Chapter 5: Writing System Equations (1/8)
  19. Chapter 5: Writing System Equations (2/8)
  20. Chapter 5: Writing System Equations (3/8)
  21. Chapter 5: Writing System Equations (4/8)
  22. Chapter 5: Writing System Equations (5/8)
  23. Chapter 5: Writing System Equations (6/8)
  24. Chapter 5: Writing System Equations (7/8)
  25. Chapter 5: Writing System Equations (8/8)
  26. Chapter 6: Solution of Differential Equations (1/6)
  27. Chapter 6: Solution of Differential Equations (2/6)
  28. Chapter 6: Solution of Differential Equations (3/6)
  29. Chapter 6: Solution of Differential Equations (4/6)
  30. Chapter 6: Solution of Differential Equations (5/6)
  31. Chapter 6: Solution of Differential Equations (6/6)
  32. Chapter 7: Laplace Transform (1/7)
  33. Chapter 7: Laplace Transform (2/7)
  34. Chapter 7: Laplace Transform (3/7)
  35. Chapter 7: Laplace Transform (4/7)
  36. Chapter 7: Laplace Transform (5/7)
  37. Chapter 7: Laplace Transform (6/7)
  38. Chapter 7: Laplace Transform (7/7)
  39. Chapter 8: System Representation (1/10)
  40. Chapter 8: System Representation (2/10)
  41. Chapter 8: System Representation (3/10)
  42. Chapter 8: System Representation (4/10)
  43. Chapter 8: System Representation (5/10)
  44. Chapter 8: System Representation (6/10)
  45. Chapter 8: System Representation (7/10)
  46. Chapter 8: System Representation (8/10)
  47. Chapter 8: System Representation (9/10)
  48. Chapter 8: System Representation (10/10)
  49. Chapter 9: Control-System Characteristics (1/5)
  50. Chapter 9: Control-System Characteristics (2/5)
  51. Chapter 9: Control-System Characteristics (3/5)
  52. Chapter 9: Control-System Characteristics (4/5)
  53. Chapter 9: Control-System Characteristics (5/5)
  54. Chapter 10: Root Locus (1/9)
  55. Chapter 10: Root Locus (2/9)
  56. Chapter 10: Root Locus (3/9)
  57. Chapter 10: Root Locus (4/9)
  58. Chapter 10: Root Locus (5/9)
  59. Chapter 10: Root Locus (6/9)
  60. Chapter 10: Root Locus (7/9)
  61. Chapter 10: Root Locus (8/9)
  62. Chapter 10: Root Locus (9/9)
  63. Chapter 11: Frequency Response (1/9)
  64. Chapter 11: Frequency Response (2/9)
  65. Chapter 11: Frequency Response (3/9)
  66. Chapter 11: Frequency Response (4/9)
  67. Chapter 11: Frequency Response (5/9)
  68. Chapter 11: Frequency Response (6/9)
  69. Chapter 11: Frequency Response (7/9)
  70. Chapter 11: Frequency Response (8/9)
  71. Chapter 11: Frequency Response (9/9)
  72. Chapter 12: Closed-Loop Tracking Performance Based on Frequency Response (1/6)
  73. Chapter 12: Closed-Loop Tracking Performance Based on Frequency Response (2/6)
  74. Chapter 12: Closed-Loop Tracking Performance Based on Frequency Response (3/6)
  75. Chapter 12: Closed-Loop Tracking Performance Based on Frequency Response (4/6)
  76. Chapter 12: Closed-Loop Tracking Performance Based on Frequency Response (5/6)
  77. Chapter 12: Closed-Loop Tracking Performance Based on Frequency Response (6/6)
  78. Chapter 13: Root-Locus Compensation: Design (1/9)
  79. Chapter 13: Root-Locus Compensation: Design (2/9)
  80. Chapter 13: Root-Locus Compensation: Design (3/9)
  81. Chapter 13: Root-Locus Compensation: Design (4/9)
  82. Chapter 13: Root-Locus Compensation: Design (5/9)
  83. Chapter 13: Root-Locus Compensation: Design (6/9)
  84. Chapter 13: Root-Locus Compensation: Design (7/9)
  85. Chapter 13: Root-Locus Compensation: Design (8/9)
  86. Chapter 13: Root-Locus Compensation: Design (9/9)
  87. Chapter 14: Frequency-Response Compensation Design (1/6)
  88. Chapter 14: Frequency-Response Compensation Design (2/6)
  89. Chapter 14: Frequency-Response Compensation Design (3/6)
  90. Chapter 14: Frequency-Response Compensation Design (4/6)
  91. Chapter 14: Frequency-Response Compensation Design (5/6)
  92. Chapter 14: Frequency-Response Compensation Design (6/6)
  93. Chapter 15: Control-Ratio Modeling (1/4)
  94. Chapter 15: Control-Ratio Modeling (2/4)
  95. Chapter 15: Control-Ratio Modeling (3/4)
  96. Chapter 15: Control-Ratio Modeling (4/4)
  97. Chapter 16: Design: Closed-Loop Pole–Zero Assignment (State-Variable Feedback) (1/9)
  98. Chapter 16: Design: Closed-Loop Pole–Zero Assignment (State-Variable Feedback) (2/9)
  99. Chapter 16: Design: Closed-Loop Pole–Zero Assignment (State-Variable Feedback) (3/9)
  100. Chapter 16: Design: Closed-Loop Pole–Zero Assignment (State-Variable Feedback) (4/9)
  101. Chapter 16: Design: Closed-Loop Pole–Zero Assignment (State-Variable Feedback) (5/9)
  102. Chapter 16: Design: Closed-Loop Pole–Zero Assignment (State-Variable Feedback) (6/9)
  103. Chapter 16: Design: Closed-Loop Pole–Zero Assignment (State-Variable Feedback) (7/9)
  104. Chapter 16: Design: Closed-Loop Pole–Zero Assignment (State-Variable Feedback) (8/9)
  105. Chapter 16: Design: Closed-Loop Pole–Zero Assignment (State-Variable Feedback) (9/9)
  106. Chapter 17: Parameter Sensitivity and State-Space Trajectories (1/5)
  107. Chapter 17: Parameter Sensitivity and State-Space Trajectories (2/5)
  108. Chapter 17: Parameter Sensitivity and State-Space Trajectories (3/5)
  109. Chapter 17: Parameter Sensitivity and State-Space Trajectories (4/5)
  110. Chapter 17: Parameter Sensitivity and State-Space Trajectories (5/5)
  111. Chapter 18: Sampled-Data Control Systems (1/7)
  112. Chapter 18: Sampled-Data Control Systems (2/7)
  113. Chapter 18: Sampled-Data Control Systems (3/7)
  114. Chapter 18: Sampled-Data Control Systems (4/7)
  115. Chapter 18: Sampled-Data Control Systems (5/7)
  116. Chapter 18: Sampled-Data Control Systems (6/7)
  117. Chapter 18: Sampled-Data Control Systems (7/7)
  118. Chapter 19: Digital Control Systems (1/11)
  119. Chapter 19: Digital Control Systems (2/11)
  120. Chapter 19: Digital Control Systems (3/11)
  121. Chapter 19: Digital Control Systems (4/11)
  122. Chapter 19: Digital Control Systems (5/11)
  123. Chapter 19: Digital Control Systems (6/11)
  124. Chapter 19: Digital Control Systems (7/11)
  125. Chapter 19: Digital Control Systems (8/11)
  126. Chapter 19: Digital Control Systems (9/11)
  127. Chapter 19: Digital Control Systems (10/11)
  128. Chapter 19: Digital Control Systems (11/11)
  129. Appendix A: Table of Laplace Transform Pairs
  130. Appendix B: Matrix Linear Algebra (1/3)
  131. Appendix B: Matrix Linear Algebra (2/3)
  132. Appendix B: Matrix Linear Algebra (3/3)
  133. Appendix C: Introduction to MATLAB® and Simulink® (1/4)
  134. Appendix C: Introduction to MATLAB® and Simulink® (2/4)
  135. Appendix C: Introduction to MATLAB® and Simulink® (3/4)
  136. Appendix C: Introduction to MATLAB® and Simulink® (4/4)
  137. Appendix D: Conversion of Units
  138. Problems (1/13)
  139. Problems (2/13)
  140. Problems (3/13)
  141. Problems (4/13)
  142. Problems (5/13)
  143. Problems (6/13)
  144. Problems (7/13)
  145. Problems (8/13)
  146. Problems (9/13)
  147. Problems (10/13)
  148. Problems (11/13)
  149. Problems (12/13)
  150. Problems (13/13)
  151. Answers to Selected Problems (1/3)
  152. Answers to Selected Problems (2/3)
  153. Answers to Selected Problems (3/3)
  154. Back Cover

Product information

  • Title: Linear Control System Analysis and Design with MATLAB, 6th Edition
  • Author(s): Constantine H. Houpis, Stuart N. Sheldon
  • Release date: October 2013
  • Publisher(s): CRC Press
  • ISBN: 9781466504271