Dead-end pages

From FBSwiki
Jump to: navigation, search

The following pages do not link to other pages in FBSwiki.

Showing below up to 50 results in range #1 to #50.

View (previous 50 | next 50) (20 | 50 | 100 | 250 | 500)

  1. 23 Apr 06 Meeting Notes
  2. ASCC 2009 Workshop
  3. Asymptotic stability of a nonlinear, damped, mass spring system
  4. Atomic force microscope
  5. Ball and beam system
  6. Caltech CDS 101/110
  7. Compartment model
  8. Delta-sigma converter
  9. E-book
  10. Errata location
  11. Exercise: Congestion Control Stability Analysis
  12. Exercise: Everyday examples of feedback systems*
  13. Exercise: Exploring the dynamics of rolling mill
  14. Exercise: Human balance system*
  15. Exercise: Insect flight control modeling
  16. Exercise: Integral action produces zero steady state error*
  17. Exercise: Modeling and simulation of an exothermic reaction
  18. Exercise: Moving your finger through a flame without getting burned
  19. Exercise: Popular articles about control*
  20. Exercise: Properties of linear discrete time systems
  21. Exercise: State feedback control of an AFM in contact mode
  22. Exercise: Supply chain simulation study
  23. Exercise: Vehicle powertrain modeling and cruise control
  24. Exercise: Vehicle suspension system modeling and input response
  25. Exercise: Vestibulo-occular reflex*
  26. FAQ: Are there rigorous ways of determining if it's impossible to meet certain/multiple performance specifications?
  27. FAQ: Can a control system include a human operator as a component?
  28. FAQ: How can I go from a continuous linear ODE to a discrete representation?
  29. FAQ: How can we tell from the phase plots if the system is oscillating?
  30. FAQ: How do we learn how to translate MATLAB equations into the Simulink diagrams?
  31. FAQ: How do you know when your model is sufficiently complex?
  32. FAQ: How does a pole at high frequency prevent PID amplification of high frequency noise?
  33. FAQ: If every equilibrium point can be transformed to the origin and then analyzed using a Lyapunov function, how can a system have both stable and unstable equilibrium points?
  34. FAQ: In Example 5.3, why is the A matrix in the given form?
  35. FAQ: In Exercise 2.10, what do the variables phi represent?
  36. FAQ: In Section 6.4 (integral action), doesn't the value of z e depend on K?
  37. FAQ: In a difference equation, how is the state continuous even though the time is discrete?
  38. FAQ: In equation (6.23), shouldn't the B matrix have omega 0^2?
  39. FAQ: In the congestion control model, what does it mean to evaluate r i at time t - tau i?
  40. FAQ: In the mass-spring system modelling the car, one of the springs is fixed to a wall. How does that model the car when that "spring" on the car is connected to the chassis?
  41. FAQ: In the two compartment model, what does q0 represent?
  42. FAQ: Is the log in Bode integral formula log 10 or log e ?
  43. FAQ: Isn't the sensitivity function the same as the function used for steady state error? How are they related?
  44. FAQ: Should the sum in Bode's integral formula be over the real part of the unstable poles?
  45. FAQ: Under what conditions is the Bode plot misleading versus the Nyquist plot for stability?
  46. FAQ: What are the conditions for stability or instability based on the number of zeroes in the RHP?
  47. FAQ: What do the double vertical bars mean at the end of Section 4.1?
  48. FAQ: What does closed loop mean?
  49. FAQ: What does it mean for a non-square matrix to be full rank?
  50. FAQ: What does the Nyquist plot look like for a system with poles at the origin?

View (previous 50 | next 50) (20 | 50 | 100 | 250 | 500)