NI LabVIEW Modules
The modules presented here have all been developed using NI LabView. Hence, in order to use them, you should already have installed LabView on your computer.
Chapter 2: Linear Time-Invariant Systems
2.1: Convolution of Exponential Functions2.2: Automobile Suspension Response
Chapter 4: Applications of the Laplace Transform
4.1: Oven Temperature Response4.2: Inverted Pendulum Response
Chapter 6: Applications of the Fourier Transform
6.1: Notch Filter to Remove Sinusoid from Trumpet Signal6.2: Comb Filter to Separate Two Trumpet Signals
6.3: Filtering a Noisy Trumpet Signal
Chapter 8: Applications of Discrete-Time Signals and Systems
8.1: Discrete-Time Frequency Response from Poles and Zeros8.2: Discrete-Time Notch Filter to Eliminate One of Two Sinusoids
8.3: Discrete-Time Notch Filter to Eliminate Sinusoid from Trumpet Signal
8.4: Discrete-Time Comb Filter to Eliminate Periodic Signal from Sinusoid
8.5: Discrete-Time Comb Filter to Separate Two Trumpet Signals
8.6: Dereverberation of a Simple Signal
8.7: Denoising a Periodic Signal by Thresholding
8.8: Separating Two Trumpet Signals using the DFT
8.9: Computing Spectra of Discrete-Time Periodic Signals using the DTFS
8.10: Computing Continuous-Time Fourier Transforms Using the DFT
Chapter 9: Filter Design, Multirate, and Correlation
9.1: Discrete-Time Lowpass Filter Design Using Windowing9.2: Spectrogram of Tonal Version of "The Victors"
9.3: Spectrogram of a Chirp Signal
9.4: Use of Autocorrelation to Estimate Period
9.5: Use of Cross-Correlation to Estimate Time Delay
Chapter 10: Image Processing, Wavelets, and Compressed Sensing
10.1: Effect of Lowpass Filtering an Image10.2: Denoising a Noisy Image using Lowpass Filtering
10.3: Deconvolution from a Noisy Blurred Image Using Wiener Filter
10.4a: Wavelet Transform of Shepp-Logan Phantom using Haar Wavelets
10.4b: Wavelet Transform of Clown Image Using Daubechies Wavelets
10.5: Compression of Clown Image Using Daubechies Wavelets
10.6: Wavelet Denoising of Clown Image Using Daubechies Wavelets
10.7: Inpainting of Clown Image Using Daubechies Wavelets and IST Algorithm