sci.engr.control

• Thread Index

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• LQR calculation of damping/ natrual frequency?
  • From: Bo
• Re: Challenge for best Feedforward/Feedback control
  • From: JCH
• Re: Challenge for best Feedforward/Feedback control
  • From: JCH
• Re: Challenge for best Feedforward/Feedback control
  • From: nattejas
• Re: Challenge for best Feedforward/Feedback control
  • From: nattejas
• Re: Challenge for best Feedforward/Feedback control
  • From: JCH
• Re: Challenge for best Feedforward/Feedback control
  • From: JCH
• Re: Challenge for best Feedforward/Feedback control
  • From: JCH
• Re: Challenge for best Feedforward/Feedback control
  • From: JCH
• Re: Challenge for best Feedforward/Feedback control
  • From: nattejas
• Re: Challenge for best Feedforward/Feedback control
  • From: nattejas
• Re: Challenge for best Feedforward/Feedback control
  • From: pnachtwey
• Re: Challenge for best Feedforward/Feedback control
  • From: JCH
• Re: Challenge for best Feedforward/Feedback control
  • From: nattejas
• Re: Challenge for best Feedforward/Feedback control
  • From: pnachtwey
• Re: Challenge for best Feedforward/Feedback control
  • From: JCH
• Re: Challenge for best Feedforward/Feedback control
  • From: JCH
• Re: Challenge for best Feedforward/Feedback control
  • From: nattejas
• Re: Challenge for best Feedforward/Feedback control
  • From: Peter Nachtwey
• Re: Challenge for best Feedforward/Feedback control
  • From: JCH
• Re: Challenge for best Feedforward/Feedback control
  • From: nattejas
• Re: Challenge for best Feedforward/Feedback control
  • From: JCH
• Re: M15 spam stuff
  • From: Paul M
• Re: M15 spam stuff
  • From: Gene S . Berkowitz
• M15 spam stuff
  • From: Andrew
• Re: Challenge for best Feedforward/Feedback control
  • From: pnachtwey
• Re: plc programming
  • From: Andrew
• Re: Heat loss in a control panel
  • From: Andrew
• Challenge for best Feedforward/Feedback control
  • From: JCH
• Re: Mitsubishi Q Series
  • From: $ven
• Re: Heat loss in a control panel
  • From: jntel
• Re: plc programming
  • From: Rubber Glover
• Re: Heat loss in a control panel
  • From: Andrew
• Re: Heat loss in a control panel
  • From: Tim Wescott
• Re: Why would you model a system as 5th order when a 2nd order approximation is apparently close enough?
  • From: pnachtwey
• Re: Why would you model a system as 5th order when a 2nd order approximation is apparently close enough?
  • From: JCH
• Re: Why would you model a system as 5th order when a 2nd order approximation is apparently close enough?
  • From: Peter Nachtwey
• Re: Heat loss in a control panel
  • From: Herman Family
• Re: Why would you model a system as 5th order when a 2nd order approximation is apparently close enough?
  • From: Tim Wescott
• Re: Heat loss in a control panel
  • From: Tim Wescott
• Re: Why would you model a system as 5th order when a 2nd order approximation is apparently close enough?
  • From: pnachtwey
• Re: Why would you model a system as 5th order when a 2nd order approximation is apparently close enough?
  • From: Andrew
• Re: Heat loss in a control panel
  • From: Andrew
• Re: Why would you model a system as 5th order when a 2nd order approximation is apparently close enough?
  • From: Andrew
• Heat loss in a control panel
  • From: Andrew
• Why would you model a system as 5th order when a 2nd order approximation is apparently close enough?
  • From: pnachtwey
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: pnachtwey
• CFP: The 7th International Symposium on Intelligent Automation and Control
  • From: parker
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: JCH
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: pnachtwey
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: JCH
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: pnachtwey
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: JCH
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: pnachtwey
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: JCH
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: pnachtwey
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: Andrew
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: Andrew
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: JCH
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: pnachtwey
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: Andrew
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: Andrew
• Re: Transmitting linear 4-20mA d.c. signal over fibre optic cable
  • From: Gene S . Berkowitz
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: pnachtwey
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: JCH
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: pnachtwey
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: JCH
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: pnachtwey
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: JCH
• Re: Transmitting linear 4-20mA d.c. signal over fibre optic cable
  • From: Dave Slee
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: pnachtwey
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: JCH
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: pnachtwey
• Re: humidification of airstream
  • From: Herman Family
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: JCH
• Re: humidification of airstream
  • From: Dan Wright
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: Peter Nachtwey
• Re: humidification of airstream
  • From: Herman Family
• Re: humidification of airstream
  • From: Jerry Avins
• humidification of airstream
  • From: Dan Wright
• Re: RTDs, 1000 ohm vs 100 ohm
  • From: Jerry Avins
• Re: RTDs, 1000 ohm vs 100 ohm
  • From: Jerry Avins
• Re: "Rhetoric for Engineers" available FREE!
  • From: Jerry Avins
• Re: RTDs, 1000 ohm vs 100 ohm
  • From: Dan Wright
• Re: "Rhetoric for Engineers" available FREE!
  • From: Bruce Varley
• Transmitting linear 4-20mA d.c. signal over fibre optic cable
  • From: denbigh1974
• http://robot.pro <- domain name "robot.pro" for sale
  • From: robot.pro
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: JCH
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: pnachtwey
• Re: RTDs, 1000 ohm vs 100 ohm
  • From: Jerry Avins
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: JCH
• Re: RTDs, 1000 ohm vs 100 ohm
  • From: Steve Y
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: pnachtwey
• Re: RTDs, 1000 ohm vs 100 ohm
  • From: JCH
• RTDs, 1000 ohm vs 100 ohm
  • From: Dan Wright
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: JCH
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: Peter Nachtwey
• Re: Mitsubishi Q Series
  • From: Peter Nachtwey
• Mitsubishi Q Series
  • From: Paul E. Bennett
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: JCH
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: pnachtwey
• Re: Analytical Instrument Reliability
  • From: Jerry Avins
• Re: Analytical Instrument Reliability
  • From: eric.schneier@xxxxxxx
• Re: Analytical Instrument Reliability
  • From: eric.schneier@xxxxxxx
• Re: Automatic optimization of high order control loops
  • From: JCH
• Re: Automatic optimization of high order control loops
  • From: pnachtwey
• Re: Automatic optimization of high order control loops
  • From: JCH
• Re: Automatic optimization of high order control loops
  • From: pnachtwey
• Re: Automatic optimization of high order control loops
  • From: JCH
• Latest Technical NEWS
  • From: ourinstrumentationgroup@xxxxxxxxx
• Latest ITechnical NEWS
  • From: ourinstrumentationgroup@xxxxxxxxx
• Re: Automatic optimization of high order control loops
  • From: pnachtwey
• Automatic optimization of high order control loops
  • From: JCH
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: JCH
• Re: Approximating Differential Equation on the Basis of Measured Values
  • From: pnachtwey

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newsgroups.derkeiler.com  > Archive  > Sci  > sci.engr.control  > 2007-11