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  1. AM05 Authors →‎ Information for Authors
  2. Afm →‎ Atomic force microscope
  3. BFS →‎ Supplement: Biomolecular Feedback Systems
  4. Ball and Beam Introduction →‎ HW: Ball and Beam Introduction
  5. Ball and Beam Simulation →‎ Ball and beam system
  6. Biological Systems →‎ Biomolecular Feedback Systems
  7. Biomolecular Feedback Systems →‎ Supplement: Biomolecular Feedback Systems
  8. Can a control system include a human operator as a component? →‎ FAQ: Can a control system include a human operator as a component?
  9. Can we get more information about state space formulation? →‎ FAQ: Can we get more information about state space formulation?
  10. Chapter 1 →‎ Introduction
  11. Chapter 10 - Loop Synthesis →‎ Loop Shaping
  12. Chapter 10 - PID Control →‎ PID Control
  13. Chapter 11 - Frequency Domain Design →‎ Frequency Domain Design
  14. Chapter 11 - Frequency Domain Synthesis →‎ Frequency Domain Synthesis
  15. Chapter 11 - Loop Shaping →‎ Loop Shaping
  16. Chapter 11 - Robust Performance →‎ Robust Performance
  17. Chapter 12 - Implementation →‎ Implementation
  18. Chapter 12 - Robust Performance →‎ Robust Performance
  19. Chapter 1 - Introduction →‎ Introduction
  20. Chapter 2 - System Modeling →‎ System Modeling
  21. Chapter 3 - Dynamic Behavior →‎ Chapter 4 - Dynamic Behavior
  22. Chapter 3 - Examples →‎ Examples
  23. Chapter 4 - Dynamic Behavior →‎ Dynamic Behavior
  24. Chapter 4 - Linear Systems →‎ Chapter 5 - Linear Systems
  25. Chapter 5 - Linear Systems →‎ Linear Systems
  26. Chapter 5 - State Feedback →‎ Chapter 6 - State Feedback
  27. Chapter 6 - Output Feedback →‎ Chapter 7 - Output Feedback
  28. Chapter 6 - State Feedback →‎ State Feedback
  29. Chapter 7 - Output Feedback →‎ Output Feedback
  30. Chapter 7 - Transfer Functions →‎ Transfer Functions
  31. Chapter 8 -Transfer Functions →‎ Transfer Functions
  32. Chapter 8 - Loop Analysis →‎ Loop Analysis
  33. Chapter 8 - Transfer Functions →‎ Transfer Functions
  34. Chapter 9 - Frequency Domain Analysis →‎ Frequency Domain Analysis
  35. Chapter 9 - Loop Analysis →‎ Loop Analysis
  36. Chapter 9 - PID Control →‎ PID Control
  37. Citation Information →‎ Citation information
  38. Course Syllabus Suggestions →‎ Course syllabus suggestions
  39. Cruise Control Introduction →‎ HW: Cruise Control Introduction
  40. Cruise Control Simulation →‎ Cruise control
  41. Dynamics →‎ Dynamic Behavior
  42. Errata: Dimensions of generalized process transfer function matrix should be 6x3 →‎ Errata: Dimensions of generalized process transfer function matrix should be 5x3
  43. Errata: Dynamics for x 2 should test for e less than e 0, not e less than 1 →‎ Errata: In Exercise 10.11, the dynamics for x 2 should test for e less than e 0, not e less than 1
  44. Errata: Explanation of the lack of zeros when B or C are full rank is confusing →‎ Errata: Explanation of the lack of zeros when B or C is full rank is confusing
  45. Errata: Exponent is missing a factor of i on the left-hand side of harmonic expansion equation →‎ Errata: Exponential signal is incorrect on the left-hand side of harmonic expansion equation
  46. Errata: In Example 12.8, controller zeros is at s = 3.5 →‎ Errata: In Example 12.8, controller zero is at s = 3.5
  47. Errata: In Example 5.5, dynamics in modal form should use z, not x →‎ Errata: In Examples 5.5 and 5.6, dynamics in modal form should use z, not x
  48. Errata: In Example 6.6, the output equation has 'x' for the state instead of 'c' →‎ Errata: In Example 6.6 and 7.1, the output equation has 'x' for the state instead of 'c'
  49. Errata: In Example 6.7, the A matrix has an error in the (3,3) entry →‎ Errata: In Example 6.7, the A matrix has an error in the (3,4) entry
  50. Errata: In Example 7.1, the output equation has 'x' for the state instead of 'c' →‎ Errata: In Examples 6.6 and 7.1, the output equation has 'x' for the state instead of 'c'

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