Corinne Nokel(@CorinneNokel) 's Twitter Profile Photo

Realizing the Internet of Nano Things for Human Augmentation and Neural Engineering











Computer Networking through the Human Body

Wireless Electromagnetic Nanocommunication

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Tom Olsen(@TheTomOlsen) 's Twitter Profile Photo

Oh, for crying out loud. They're using nanocommunication. That's why I couldn't hear them.

They turned it off, thankfully. Looks like the Ninja wants Raiden to head to the Shell 2 Core. They even gave him a card key and a disguise. How did they even get those?

Oh, for crying out loud. They're using nanocommunication. That's why I couldn't hear them.

They turned it off, thankfully. Looks like the Ninja wants Raiden to head to the Shell 2 Core. They even gave him a card key and a disguise. How did they even get those?
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Corinne Nokel(@CorinneNokel) 's Twitter Profile Photo

Advancing Modern Healthcare With Nanotechnology, Nanobiosensors, and Internet of Nano Things: Taxonomies, Applications, Architecture, and Challenges













researchgate.net/figure/General…

Advancing Modern Healthcare With Nanotechnology, Nanobiosensors, and Internet of Nano Things: Taxonomies, Applications, Architecture, and Challenges

#IoNT

#MedicalBodyAreaNetwork 

#NanoBiosensors

#NanoCommunication

#NanoRouting

#NanoSensorNetwork

researchgate.net/figure/General…
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Corinne Nokel(@CorinneNokel) 's Twitter Profile Photo

Falko Dressler - Modeling Ultrasonic Channels with Mobility for Gateway to In-Body Nanocommunication

'Nanosensors are considered for patrolling the human circulatory system'





researchgate.net/publication/36…

Falko Dressler - Modeling Ultrasonic Channels with Mobility for Gateway to In-Body Nanocommunication                              

'Nanosensors are considered for patrolling the human circulatory system'

#HumanCirculatorySystem

#InBodyNanoNetwork

researchgate.net/publication/36…
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Corinne Nokel(@CorinneNokel) 's Twitter Profile Photo

Health Applications Based on Molecular Communications: A Brief Review





802.15.6

'Nanocommunication is a promising technology that allows accessing small and delicate body sites non-invasively.' semanticscholar.org/paper/Health-A…

Health Applications Based on Molecular Communications: A Brief Review

#MolecularEngineering

#CellularRouting

#IEEE 802.15.6

'Nanocommunication is a promising technology that allows accessing small and delicate body sites non-invasively.'          semanticscholar.org/paper/Health-A…
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evdb(@prevdb) 's Twitter Profile Photo

Du dans le Vax ? 43

Les nano-réseaux de nano-dispositifs de graphène fonctionnent avec des adresses MAC apparaissant en Bluetooth

Une bonne biblio içi :
Réseaux de nanocommunication sans fil pour les nanotechnologies dans le corps humain
corona2inspect.net/2021/09/21/red…

Du #graphène dans le Vax ?  43

Les nano-réseaux de nano-dispositifs de graphène fonctionnent avec des adresses MAC apparaissant en Bluetooth

Une bonne biblio içi : 
Réseaux de nanocommunication sans fil pour les nanotechnologies dans le corps humain
corona2inspect.net/2021/09/21/red…
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Nano Communication(@nanofibernet) 's Twitter Profile Photo

கூத்தாநல்லூர் நேருஜி ரோடு முழுவது‌ம் தெருவாசிகள் சார்பாக CCTV கேமராக்கள் வைக்கப்பட்டது. இந்த கேமராக்களை நானோ கம்யூனிகேசன் ( Nano Communication ) குழுவினரால் சிசிடிவி கேமராக்கள் பொருத்தப்பட்டது .
Dahua Technology

communication

கூத்தாநல்லூர் நேருஜி ரோடு முழுவது‌ம் தெருவாசிகள் சார்பாக CCTV கேமராக்கள் வைக்கப்பட்டது. இந்த கேமராக்களை நானோ கம்யூனிகேசன் ( Nano Communication ) குழுவினரால் சிசிடிவி   கேமராக்கள் பொருத்தப்பட்டது .
@DahuaHQ

#dahua #nanocommunication #cctv 
#nano
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Corinne Nokel(@CorinneNokel) 's Twitter Profile Photo

Graphene Based THz Intra-Body-NanoCommunication







'Mobile nanodevices technology for in-vivo applications: These nanodevices will access regions of the human body (e.g., gastrointestinal, brain, spinal cord, blood capillaries, inside the eye).'

Graphene Based THz Intra-Body-NanoCommunication

#NanoCyberInterface

#IoBNT

#WiFi

'Mobile nanodevices technology for in-vivo applications: These nanodevices will access regions of the human body (e.g., gastrointestinal, brain, spinal cord, blood capillaries, inside the eye).'
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