Interactive demo library

Signal Processing demos

Explore concise, guided simulations from Signals and Systems I & II. Pick a lecture and launch the module you need in seconds. These demos are created and used at University of Erlangen-Nuremberg for lectures and tutorials, yet they're ready to support anyone curious about the topics.

/ Search
Esc Clear
Showing All lectures 0 demos
No demos match your search. Try a shorter keyword (e.g., "Convolution", "DFT" or "Transform”).

Signals and Systems I

7 demos

Lecture

7
Lecture

Exponential Function

Chapter 2-1

Launch
Lecture

Convolution

Chapter 2-2

Launch
Lecture

Fourier Transform

Chapter 3

Launch
Lecture

Systems - Time Domain (Audio)

Chapter 5

Launch
Lecture

Ideal Band-Pass

Chapter 8

Launch
Lecture

Stability and Feedback Systems

Chapter 10

Launch

Signals and Systems II

11 demos

Lecture

6
Lecture

Echo (Convolution)

Chapter 2

Launch
Lecture

Low-Pass (Audio)

Chapter 8-1

Launch
Lecture

Band-Pass (Image)

Chapter 8-2

Launch
Lecture

Noise Analysis

Chapter 11

Launch

Tutorial

5
Tutorial

DTFT & DFT

Discrete Cosine

Launch
Tutorial

DTFT & z-Transform

Damped Cosine

Launch
Tutorial

IIR Echo

\(y[k] = x[k] + a·y[k-K]\)

Launch
Tutorial

Filter Demo

Filter Analysis

Launch

Statistical Signal Processing

11 demos

Probability Calculus and Random Variables

5
Probability Calculus and Random Variables

Conditional Distributions

Conditional Distributions

Launch
Probability Calculus and Random Variables

Mapping of Random Variables

Mapping Random Variables

Launch
Probability Calculus and Random Variables

2D Normal distributions

Correlated Gaussian surface

Launch
Probability Calculus and Random Variables

Central Limit Theorem

Animated convolution

Launch
Probability Calculus and Random Variables

Distributions

PDF & CDF Explorer

Launch

Stochastic Processes

6
Stochastic Processes

Averaging over time or ensemble

Mean vs ensemble weighting

Launch
Stochastic Processes

Autocorrelation

Stationary AR(1) process

Launch
Stochastic Processes

Delay Estimation (time domain)

Cross-correlation peak

Launch
Stochastic Processes

Delay Estimation (frequency domain)

Cross-PSD magnitude & phase

Launch
Stochastic Processes

Harmonic detection

Sinusoid in noise

Launch
Stochastic Processes

Finite Observation intervals

Autocorr & PSD

Launch