Digital Signal Transmission

$\Rightarrow \hspace{0.5cm}\text{Only the first three chapters of this book have been translated so far.}$

The focus of this book is the  Calculation of the Error Probability,  which is the decisive quality feature for digital systems.

• The description is mainly in baseband,  but most of the results can also be applied to digital carrier frequency systems.

• In order to understand the five chapters of this book, a basic knowledge of  "Signal Representation"  and  "Stochastic Signal Theory"  is assumed,&nbsp which you can acquire e.g. with the help of the first and third books of this tutorial series.

The subject matter corresponds to a  $\text{lecture with three semester hours per week (sh/w) and two additional  sh/w  exercise}$.

Here is a table of contents based on the  $\text{five main chapters}$  with a total of  $\text{26 individual chapters}$.

Inhalt

Digital Signal Transmission under Idealized Conditions

• System Components of a Baseband Transmission System
• Error Probability for Baseband Transmission
• Properties of Nyquist Systems
• Optimization of Baseband Transmission Systems
• Linear Digital Modulation - Coherent Demodulation

Coded and Multilevel Transmission

• Basics of Coded Transmission
• Redundancy-Free Coding
• Block Coding with 4B3T Codes
• Symbolwise Coding with Pseudo-Ternary Codes

Intersymbol Interfering and Equalization Methods

• Causes and Effects of Intersymbol Interference
• Error Probability with Intersymbol Interference
• Consideration of Channel Distortion and Equalization
• Intersymbol Interference for Multi-Level Transmission
• Linear Nyquist Equalization
• Decision Feedback
• Optimal Receiver Strategies
• Viterbi Receiver

Generalized Description of Digital Modulation Methods

• Signals, Basis Functions and Vector Spaces
• Structure of the Optimal Receiver
• Approximation of the Error Probability
• Carrier Frequency Systems with Coherent Demodulation$\hspace{0.5cm}\Rightarrow \hspace{0.5cm}\text{Not yet translated}$
• Carrier Frequency Systems with Non-Coherent Demodulation$\hspace{0.5cm}\Rightarrow \hspace{0.5cm}\text{Not yet translated}$

Digital Channel Models

• Beschreibungsgrößen digitaler Kanalmodelle$\hspace{0.5cm}\Rightarrow \hspace{0.5cm}\text{Not yet translated}$
• Binary Symmetric Channel (BSC)$\hspace{0.5cm}\Rightarrow \hspace{0.5cm}\text{Not yet translated}$
• Bündelfehlerkanäle$\hspace{0.5cm}\Rightarrow \hspace{0.5cm}\text{Not yet translated}$
• Anwendungen bei Multimedia–Dateien$\hspace{0.5cm}\Rightarrow \hspace{0.5cm}\text{Not yet translated}$

Neben diesen Theorieseiten bieten wir auch Aufgaben und multimediale Module an, die zur Verdeutlichung des Lehrstoffes beitragen könnten:

• $\text{Aufgaben}$;
• $\text{Lernvideos}$;
• $\text{neu gestaltete Applets}$, basierend auf HTML5, auch auf Smartphones lauffähig;
• $\text{frühere Applets}$, basierend auf SWF, lauffähig nur unter WINDOWS mit Adobe Flash Player.

$\text{Weitere Links:}$

$(1)$    $\text{Literaturempfehlungen zum Buch}$

$(2)$    $\text{Allgemeine Hinweise zum Buch}$   (Autoren,  Weitere Beteiligte,  Materialien als Ausgangspunkt des Buches,  Quellenverzeichnis)