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  1. Brain Initive + CoNvida = wban surveillance and c40 cities with no escape

    Brain Initive + CoNvida = wban surveillance and c40 cities with no escape

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  2. Modeling and Simulation of Molecular Communication in Flow - Falko Dressler Intelegent Connectivity LAB 2023

    Modeling and Simulation of Molecular Communication in Flow - Falko Dressler Intelegent Connectivity LAB 2023

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    2.04K
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  3. Molecular Communication Meets AI to Provide Synthetic Biological Devices - Michael Barros - Intelegent Connectivity LAB 2023

    Molecular Communication Meets AI to Provide Synthetic Biological Devices - Michael Barros - Intelegent Connectivity LAB 2023

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    1.83K
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  4. NORTHEASTERN UNIVERSITY, BOSTON EE701 IoT Course - Invited Seminar - Intra-body Communications 2020

    NORTHEASTERN UNIVERSITY, BOSTON EE701 IoT Course - Invited Seminar - Intra-body Communications 2020

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    2.53K
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  5. Unlocking new capacity in 6G cellular systems via site-specific ML-aided design | ITU Journal - Ian F akyildiz December 12, 2023

    Unlocking new capacity in 6G cellular systems via site-specific ML-aided design | ITU Journal - Ian F akyildiz December 12, 2023

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  8. IEEE SENSORS: Wireless Body Area Network (WBAN) Online Presentation

    IEEE SENSORS: Wireless Body Area Network (WBAN) Online Presentation

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    2.45K
  9. Microsoft: Ubiquitous Wearable and Implanted Sensing: A Fully Wireless Solution (WBAN)

    Microsoft: Ubiquitous Wearable and Implanted Sensing: A Fully Wireless Solution (WBAN)

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    3.25K
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  10. Machine Learning And Molecular Communication In The IoBnT

    Machine Learning And Molecular Communication In The IoBnT

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    2.39K
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  11. Dr. Bige Deniz Unluturk - 10/06/2023 - Molecular Communication Platforms at Multiple Scales "Thanks to synthetic biology, we can engineer living cells as biosensor devices and thanks to MEMS &nanotechnology"

    Dr. Bige Deniz Unluturk - 10/06/2023 - Molecular Communication Platforms at Multiple Scales "Thanks to synthetic biology, we can engineer living cells as biosensor devices and thanks to MEMS &nanotechnology"

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    2.98K
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  12. Electromagnetic Nanonetworks Beyond 6G: From Wearable and Implantable Networks to On-chip and Quantum Communication 2024 IoBnT

    Electromagnetic Nanonetworks Beyond 6G: From Wearable and Implantable Networks to On-chip and Quantum Communication 2024 IoBnT

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    2.63K
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  13. An Energy Balance Clustering Routing Protocol for Intra-Body Wireless Nanosensor Networks CORONA - NIH PMC 2019

    An Energy Balance Clustering Routing Protocol for Intra-Body Wireless Nanosensor Networks CORONA - NIH PMC 2019

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  14. Unlocking new capacity in 6G cellular systems via site-specific ML-aided design | ITU Journal - Ian F akyildiz December 12, 2023

    Unlocking new capacity in 6G cellular systems via site-specific ML-aided design | ITU Journal - Ian F akyildiz December 12, 2023

    73
  15. Unlocking new capacity in 6G cellular systems via site-specific ML-aided design | ITU Journal - Ian F akyildiz December 12, 2023

    Unlocking new capacity in 6G cellular systems via site-specific ML-aided design | ITU Journal - Ian F akyildiz December 12, 2023

    12
  17. DEF CON 30 RF Village - Dan Perret - Hacking IEEE 802.15.4 Low-Rate Wireless Networks

    DEF CON 30 RF Village - Dan Perret - Hacking IEEE 802.15.4 Low-Rate Wireless Networks

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    1.94K
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  18. IEEE (WBAN) Wireless Networking with IEEE 802.15.4 and 6LoWPAN - ELCE 2012

    IEEE (WBAN) Wireless Networking with IEEE 802.15.4 and 6LoWPAN - ELCE 2012

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    2.21K
  19. IEEE 802.15.4 Wireless Personal Area Networks - EUI-64 "JAB" MAC Addresses Explained

    IEEE 802.15.4 Wireless Personal Area Networks - EUI-64 "JAB" MAC Addresses Explained

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    1.78K
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  21. Mac addresses in Jewish graveyard - wban ipv6 mac protocol ieee - tracking and identification of humans and animals via an embedded network consisting of existing communications infrastructure by routing unique DNA profile data packets emitted by a DNA RF

    Mac addresses in Jewish graveyard - wban ipv6 mac protocol ieee - tracking and identification of humans and animals via an embedded network consisting of existing communications infrastructure by routing unique DNA profile data packets emitted by a DNA RF

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    5.76K
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  22. Ultra low power wireless body sensor networks by Srinivasan Murali - 802.15.6-.5-.4

    Ultra low power wireless body sensor networks by Srinivasan Murali - 802.15.6-.5-.4

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    1.45K
  23. Do you even want to survive?

    Do you even want to survive?

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  24. Colorado ebo researchers —->

    Colorado ebo researchers —->

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  25. IEEE ComSoc: 6G Molecular Communications: Fundamentals, Testbed & Research Directions, Prof. Robert Schober MBCom21 June 19, 2022 #STANDARDS

    IEEE ComSoc: 6G Molecular Communications: Fundamentals, Testbed & Research Directions, Prof. Robert Schober MBCom21 June 19, 2022 #STANDARDS

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