John Buck

Z-transforms and Block Diagrams

Detection Theory: Performance Metrics and Example

CT Fourier Series and Filtering: Overview

Matlab spectrogram tutorial

Continuous-Time Convolution Example

Revisiting Linearity Proofs Example: Modulator system

Amplitude Modulation

Time Dependent Fourier Transform Basics

Laplace Transform Definition

Laplace Transform Example 1: Causal Signal

DFT Example: Approximating the DT Fourier Transform

Circular Convolution

Revisiting Time-Invariance Proofs

Second-Order Bode Plots: Theory

Geometric Interpretation of the Frequency Response

Revisiting Linearity Proofs

Laplace Transform Example: Block Diagram to Differential Equation

Laplace Transform Example: Differential Equation to Block Diagram

First-order Bode Plot Magnitude: Example

Laplace Transform Properties

Feedback Stabilization Example

First-order Bode Plots for Magnitude: Theory

Specifications for Practical CT Filters

Spatial Covariance Matrix: Definition and Properties

Joint Moments

Z-transforms and Block Diagrams

Summarizing the properties of the continuous impulse function

Laplace Transform and Block Diagrams: Fundamentals

Inverse Discrete-Time Fourier Transform using Partial Fractions

Discrete-Time Fourier Transform of Sinusoidal Signals

Eigenfunctions of CT Linear Time-invariant Systems

Discrete Time Fourier Series Example

Feedback

CT Fourier Series and Filtering Example: Part 1

Interpreting the CT Frequency Response with Magnitude and Phase

Fourier Transform for Discrete-Time Symmetric Rectangular Pulse

CT Fourier Series and Filtering Example: Part 2

Discrete-time Processing of Continuous-time Signals: Part 1 Sampling

Designing CT Butterworth Filters in Matlab

Finding the frequency response and impulse response from a differential equation

Circular Convolution with the DFT

Continuous-Time Fourier Transform Overview