Study Materials

Special software is required to use some of the files in this section: .m.

The following handouts cover a variety of topics in greater depth, including MATLAB examples where appropriate. The MATLAB scripts are also listed separately after each handout.


HANDOUTS SUPPORTING FILES
Sinusoidal frequency response of linear systems (PDF)
Data resampling: interpolation (up-sampling) and decimation (down-sampling) (PDF)

xinterp.m (M)
dftupsample.m (M)

The Dirac delta and unit-step functions (PDF)
Convolution (PDF)
Introduction to frequency domain processing (PDF)
The Laplace transform (PDF)
Determining a system's causality from its frequency response (PDF)
Introduction to operational amplifiers (PDF)
Introduction to continuous time filter design (PDF)
lpbutter.m (M)
lpcheby1.m (M)
lpcheby2.m (M)
Op-amp implementation of analog filters (PDF)
Sampling and the discrete Fourier transform (PDF)
The fast Fourier transform (PDF) fftx.m (M)
ifftx.m (M)
Parallel derivations of the z and Laplace transforms (PDF)
Frequency-sampling FIR filters (PDF) firfs.m (M)
Direct form digital filter structures (PDF) firdf.m (M)
iirdf1.m (M)
iirdf2.m (M)
firtdf.m (M)
iirtdf2.m (M)
Introduction to two-dimensional/image processing (PDF - 1.5 MB)
MATLAB examples of least-squares FIR filter design (PDF) LSQFilt.m (M)
Introduction to least-squares adaptive filters (PDF) LSadapt.m (M)
Introduction to recursive-least-squares (RLS) adaptive filters (PDF) RLSFilt.m (M)