Information Theory for Molecular Communication ... - N3Cat - UPC

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Noise Representation

Molecule chemical feature encoding

Nano

mac

1

Extinction latency

Cross-symbol

interference

Symbol

Info

0110

0111

Nano

mac

3

Nano

mac

2

Symbol usage

desynchronizing

JMJM MP

GaTech - UPC 12

Metallic and Graphene-based Nano-Antennas - N3Cat

Characterization of Graphene-based Nano-antennas ... - N3Cat - UPC

Diffusion-based Physical Channel Identification in ... - N3Cat - UPC

Towards Graphene RF Transceivers Circuits - N3Cat - UPC

Resonant Inductive Coupling Wireless Power Transfer - N3Cat - UPC

Noise Representation Molecule chemical feature encoding Nano mac 1 Extinction latency Cross-symbol interference Symbol Info 0110 0111 Nano mac 3 Nano mac 2 Symbol usage desynchronizing JMJM MP GaTech - UPC 12

Information Encoding/Decoding • Concentration Modulation (e.g. Ca 2+ ion signaling) • Information Encoding Based on Chemical Features (e.g. pheromone communication) • Encapsulation of Information Carriers (e.g. DNA vesicle encapsulation, pollen/spores communication) JMJM MP GaTech - UPC 13

Page 1 and 2: Information Theory for Molecular Co
Page 3 and 4: Physical Channel Model: Molecule Di
Page 5 and 6: Modeling Challenges for the Physica
Page 7 and 8: Molecule Diffusion Channel Model M.
Page 9 and 10: Conclusions M. Pierobon, and I. F.
Page 11: Noise Representation Molecule conce
Page 15: Thanks for your attention “Inform

Information Theory for Molecular Communication ... - N3Cat - UPC

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