<--- Back to Details
First PageDocument Content
Mathematics / Digital signal processing / Ordinary differential equations / Kalman filter / Robot control / Discretization / Damping / Delta-sigma modulation / Analog-to-digital converter / Control theory / Systems theory / Cybernetics
Date: 2012-05-05 05:36:37
Mathematics
Digital signal processing
Ordinary differential equations
Kalman filter
Robot control
Discretization
Damping
Delta-sigma modulation
Analog-to-digital converter
Control theory
Systems theory
Cybernetics

Ineluctability of Oscillations in Systems With Digital Implementation of Derivative Feedback Andrew H. C. Gosline a , Vincent Hayward b , Hannah Michalska c a b c

Add to Reading List

Source URL: www.cim.mcgill.ca

Download Document from Source Website

File Size: 900,05 KB

Share Document on Facebook

Similar Documents

Chapter 8. Digital Signal Processing  Digital Signal Processing Academic and Research Staff Professor Alan V. Oppenheim, Professor Arthur B. Baggeroer, Dr. Charles E. Rohrs. Visiting Scientists and Research Affiliates

Chapter 8. Digital Signal Processing Digital Signal Processing Academic and Research Staff Professor Alan V. Oppenheim, Professor Arthur B. Baggeroer, Dr. Charles E. Rohrs. Visiting Scientists and Research Affiliates

DocID: 1uxAJ - View Document

Unveiling Mentor-DSP ni2 breaks technological boundaries with new Mentor-DSP software tool for Digital Signal & Image Processing applications. The DSP market is where most disruptive technologies are created and evolved

Unveiling Mentor-DSP ni2 breaks technological boundaries with new Mentor-DSP software tool for Digital Signal & Image Processing applications. The DSP market is where most disruptive technologies are created and evolved

DocID: 1u6Ev - View Document

Design Considerations For Direct-conversion Receivers - Circuits and Systems II: Analog and Digital Signal Processing, IEEE Transactions on

Design Considerations For Direct-conversion Receivers - Circuits and Systems II: Analog and Digital Signal Processing, IEEE Transactions on

DocID: 1tVys - View Document

HAM FRIENDLY DIGITAL SIGNAL PROCESSING (DSP) John Petrich, W7FU Radio Club of Redmond (N7KE) Redmond, WA

HAM FRIENDLY DIGITAL SIGNAL PROCESSING (DSP) John Petrich, W7FU Radio Club of Redmond (N7KE) Redmond, WA

DocID: 1tLTX - View Document

There are some instrumentation problems when using ham transceivers as

There are some instrumentation problems when using ham transceivers as "radar" sets. Transmitlreceive switching may not be fast enough, and our newer rigs with digital signal processing may have unexpected properties in

DocID: 1tHVF - View Document