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Interdependence of Parasitic Losses in Photonic Crystal Surface Emitting Lasers
Using Probabilistic Markov Chains to Simulate Photon Propagation in Surface Emitting Lasers.
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Interdependence of Parasitic Losses in Photonic Crystal Surface Emitting Lasers
Editorial: Special issue on AI/ML solutions in 5G and future networks
Editorial summary of the accepted submissions to the ITU ‘Special issue on AI/ML solutions in 5G and future networks’ Jounral 2024
Editorial: Understanding and Engineering Cyber-Physical Collectives
Editorial summary of the accepted submissions to the ‘Understanding and Engineering Cyber-physical Collectives’ Jounral 2024
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Editorial: Understanding and Engineering Cyber-Physical Collectives
Build your own closed loop: Graph-based proof of concept in closed loop for autonomous networks
Outcomes from the FGAN Build-a-thon 2022
Jaime Fúster de la Fuente, Álvaro Pendás Recondo, Paul Harvey, Tarek Mohamed, Chandan Singh, Vipul Sanap, Ayush Kumar, Sathish Venkateswaran, Sarvasuddi Balaganesh, Rajat Duggal, Sree Ganesh Lalitaditya Divakarla, Vaibhava Krishna Devulapali, Ebeledike Frank Chukwubuikem, Emmanuel Othniel Eggah, Abel Oche Moses, Nuhu Kontagora Bello, James Agajo, Wael Alron, Fathi Abdeldayem, Melanie Espinoza Hernández, Abigail Morales Retana, Jackeline García Alvarado, Nicolle Gamboa Mena, Juliana Morales Alvarado, Ericka Pérez Chinchilla, Amanda Calderón Campos, Derek Rodríguez Villalobos, Oscar Castillo Brenes, Kodandram Ranganath, Ayushi Khandal, Rakshesh P Bhatt, Kunal Mahajan, Prikshit CS, Ashok Kamaraj, Srinwaynti, Sivaramakrishnan Swaminathan, M Sri Bhuvan, Nagaswaroop S N, Blessed Guda, Ibrahim Aliyu, Kim Jinsul, Vishnu Ram
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Build your own closed loop: Graph-based proof of concept in closed loop for autonomous networks
Probabilistic Markov chain modelling of photonic crystal surface emitting lasers
Using Probabilistic Markov Chains to Simulate Photon Propagation in Surface Emitting Lasers.
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Towards autonomous open radio access networks
Augmentations to the O-RAN architecture as a path to autonomous operation
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Towards autonomous open radio access networks
FedFly: Towards Migration in Edge-based Distributed Federated Learning
Dynamic computational offloading in edge-based IoT for federated learning
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FedFly: Towards Migration in Edge-based Distributed Federated Learning
Network Digital Twin: Context, Enabling Technologies and Opportunities
The proliferation of emergent network applications (e.g., telesurgery, metaverse) is increasing the difficulty of managing modern …
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Network Digital Twin: Context, Enabling Technologies and Opportunities
FedAdapt: Adaptive Offloading for IoT Devices in Federated Learning
Dynamic computational offloading in edge-based IoT for federated learning
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FedAdapt: Adaptive Offloading for IoT Devices in Federated Learning
Revisiting the Arguments for Edge Computing Research
This article argues that low latency, high bandwidth, device proliferation, sustainable digital infrastructure, and data privacy and …
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