Experimental approaches to molecular communication and conclusion of the course.
Running time: 21m 27s
Author: andreweckford
Lecture 15: Information theory of molecular communication
A brief introduction to the information theory of molecular communication.
Running time: 34m 30s
Lecture 14: Signal transduction
Communication theory and modelling of signal transduction.
This lecture has a Jupyter notebook. Try it in Google Colab, or download the notebook.
Running time: 28m 2s
Lecture 13: MIMO techniques in molecular communication
Lecture 12: Noise and intersymbol interference
Noise and intersymbol interference in concentration shift keying.
This lecture has a Jupyter notebook. Try it in Google Colab, or download the notebook.
Running time: 32m 33s
Lecture 11: Concentration channels
Modulating data by changing concentration and concentration shift keying.
Running time: 31m 41s
Lecture 10: Timing channels
Molecular communication with timing-based modulation.
This lecture has a Jupyter notebook. Try it in Google Colab, or download the notebook.
Running time: 32m 54s
Lecture 9: Modulation techniques
Lecture 8: Concentration and counting
Evolution of concentration according to diffusion and Fick’s Law.
Running time: 37m 47s
Lecture 7: First arrival time distribution
First arrival time distributions of Wiener processes, with and without drift.
This lecture has a Jupyter notebook. Try it in Google Colab, or download the notebook.
Running time: 31m 20s