In this set of lecture notes, we provide an introduction to some nonasymptotic tools in information theory that are useful in the design of latency-constrained transmission systems in which short-information packets are exchanged. Compared to other available resources, the focus of these lecture notes is entirely on wireless communication channels. Although the notes are mostly self-contained, some knowledge of basic concepts in information theory such as channel capacity, and a familiarity with wireless communication channels is assumed. These notes have been used as teaching material for the course SSY210--Information Theory at Chalmers University of Technology.
This repository contains the .html code of the set of lecture notes and well as the matlab code used to generate all figures.
Here is how cite the lecture notes or the simulation code contained in this repository:
G. Durisi and A. Lancho, Transmitting short packets over wireless channels—an information-theoretic perspective, Nov. 2020. [Online]. Available: https://gdurisi.github.io/fbl-notes/
@book{durisi20-11a,
author = {Giuseppe Durisi and Alejandro Lancho},
month = {Nov.},
title = {Transmitting short packets over wireless channels---an information-theoretic perspective},
url = {https://gdurisi.github.io/fbl-notes/},
year = {2020}}