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Short Course on Molecular Communication

Author: andreweckford

Lecture 6: Brownian motion

Brownian motion and the Wiener process.

Notes for this lecture

This lecture has a Jupyter notebook. Try it in Google Colab, or download the notebook.

Running time: 30m 27s

Author andreweckfordPosted on July 10, 2021Leave a comment on Lecture 6: Brownian motion

Lecture 5: Basics of biochemistry

Basics of biochemistry for molecular communication.

Notes for this lecture

Running time: 34m 19s

Author andreweckfordPosted on July 10, 2021Leave a comment on Lecture 5: Basics of biochemistry

Lecture 4: Chemical reactions and the master equation (part 2)

More details about the master equation, steady state solutions, and Michaelis-Menten kinetics.

Notes for this lecture

Running time: 35m 58s

Author andreweckfordPosted on July 10, 2021Leave a comment on Lecture 4: Chemical reactions and the master equation (part 2)

Lecture 3: Chemical reactions and the master equation

An overview of mathematical modelling for chemical reactions, and a brief introduction to the master equation.

Notes for this lecture

Running time: 34m 48s

Author andreweckfordPosted on July 10, 2021Leave a comment on Lecture 3: Chemical reactions and the master equation

Lecture 2: Basic physical concepts

Basic physical concepts of molecular communication.

Notes for this lecture

Running time: 31m 14s

Author andreweckfordPosted on July 10, 2021Leave a comment on Lecture 2: Basic physical concepts

Lecture 1: Introduction to Molecular Communication

A brief introduction to molecular communication, and an overview of the material covered in the course.

Slides for this lecture

Running time: 38m 30s

Author andreweckfordPosted on July 10, 2021July 10, 2021Leave a comment on Lecture 1: Introduction to Molecular Communication

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