IMDEA Networks
Envíos recientes
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Data-Driven Exploration of Sociological Patterns in Mobile Network Traffic Demands
(2025-04-30)doctoral thesis -
Interpretable Outlier and Anomaly Detection for Mobile Networks from Small Tabular Data
(2025-05-26)conference object -
Profiling- and learning-based co-design of communication and compute in scalable robotics
(IEEE, 2025-06-05)journal article -
SoK: Evaluating 5G-Advanced Protocols Against Legacy and Emerging Privacy and Security Attacks
(2025-06)conference object -
Monitoring 5G Core Networks Vulnerabilities with eBPF
(IEEE, 2025-06)journal article -
An Intelligent Data-enabled Mobile Network Architecture
(Springer, 2024-09)book part -
Ph.D. Forum: Explainable AI for Time Series Analysis in 5G/6G Operations
(2025-05)conference object -
Demo: Explaining Time Series Interactively with CHRONOPROF
(2025-05)conference object -
New QUBO Transformations to Improve Quantum and Simulated Annealing Performance for Quadratic Knapsack
(2025-07-14)conference object -
NLP-Driven Approaches to Measuring Online Polarization and Radicalization
(2025-03-06)doctoral thesis -
Practical and General-Purpose Flow-Level Inference with Random Forests in Programmable Switches
(2025)journal article -
RISENSE: Long-Range In-Band Wireless Control of Passive Reconfigurable Intelligent Surfaces
(2025-06)conference object -
An Enhanced Virtualized Control and Key Management Model for QKD Networks
(2025)journal article -
Unleashing Flexibility and Interoperability in QKD Networks: The Power of Softwarized Architectures
(2024-07)conference object -
DISC: A Dataset for Integrated Sensing and Communications in mmWave Systems
(2025-03-09)magazine -
Generation of Genuine Multipartite Entangled States via Indistinguishability of Identical Particles
(American Physical Society, 2024-12-27)journal article -
Cooperative Spectrum Sensing for Beyond-5G Networks in Fading Environments
(2024-10-14)conference object -
CHRONOPROF: Profiling Time Series Forecasters and Classifiers in Mobile Networks with Explainable AI
(2025-05)conference object -
AIChronoLens: AI/ML Explainability for Time Series Forecasting in Mobile Networks
(IEEE, 2025-03)journal article