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- ASCC 2009 Workshop
- Asymptotic stability of a nonlinear, damped, mass spring system
- Errata: The PID integral time constant T i for the op amp implementation should be equal to R 2 C 2
- Exercise: Properties of linear discrete time systems
- Exercise: State feedback control of an AFM in contact mode
- Exercise: Supply chain simulation study
- Exercise: Vehicle powertrain modeling and cruise control
- FAQ: Are the percentages in the definition of rise time, overshoot measured from the final value, or the size of the input change?
- FAQ: Are there rigorous ways of determining if it's impossible to meet certain/multiple performance specifications?
- FAQ: How can we tell from the phase plots if the system is oscillating?
- FAQ: How do you show that exp(T S inv(T)) = T exp(S) inv(T)?
- FAQ: How does a pole at high frequency prevent PID amplification of high frequency noise?
- FAQ: How does moving a pole at zero to a small value prevent integrator windup?
- FAQ: If I am controlling a second order delay-less plant, it will never give sustained oscillations with P control. Then how do I find the ultimate gain using the Ziegler Nichols method?
- FAQ: In Example 5.3, why is the A matrix in the given form?
- FAQ: In Exercise 2.10, what do the variables phi represent?
- FAQ: In Section 6.4 (integral action), doesn't the value of z e depend on K?
- FAQ: In equation (6.23), shouldn't the B matrix have omega 0^2?
- FAQ: In the congestion control model, what does it mean to evaluate r i at time t - tau i?
- FAQ: In the displayed equation after equation (8.3), how can you set x(0), a constant, to a function of s?
- FAQ: In the two compartment model, what does q0 represent?
- FAQ: Is the log in Bode integral formula log 10 or log e ?
- FAQ: Isn't the sensitivity function the same as the function used for steady state error? How are they related?
- FAQ: Should the sum in Bode's integral formula be over the real part of the unstable poles?
- FAQ: Under what conditions is the Bode plot misleading versus the Nyquist plot for stability?
- FAQ: What are the conditions for stability or instability based on the number of zeroes in the RHP?
- FAQ: What are the parameters for the Whipple bicycle model?
- FAQ: What do the double vertical bars mean at the end of Section 4.1?
- FAQ: What does it mean for a non-square matrix to be full rank?
- FAQ: What happens if a or L are negative in Zeigler-Nichols PID tuning?
- FAQ: What happens when the Nyquist plot goes exactly through -1?
- FAQ: What is closed form?
- FAQ: What is steady state error?
- FAQ: What types of students have taken courses using this text?
- FAQ: Why is it better to use a lead controller than a PD controller?
- In Section 6.3, there is a discrepancy between variables for discrete/continuous
- In Section 9.1 there's a typo where it talks about Laplace transforms
- In Section 9.3 there's a missing comma
- In Section 9.3 there's a misspelling
- In Section 9.3 there are equations that use the variable 'n' when it should be 'w'
- In Section 9.4 there's a sentence with a grammar issue
- In Section 9.4 there's a sentence with an extra word
- In caption for Figure 5.11, "nonlinear systems" should be "nonlinear system"
- In description of Krasovskiâ€“Lasalle invariance principle, "only" is repeated
- In the initial condition response portion of Section 3.2, there is an extra "show"
- Missing space in the statement of Theorem 5.2
- New Dynamic Behavior
- No errata reported in this version of the text
- No frequently asked questions for this chapter
- Popular articles about control