AHMED, IBRAHIM

AHMED, IBRAHIM  

DIPARTIMENTO DI ENERGIA  

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Risultati 1 - 9 di 9 (tempo di esecuzione: 0.014 secondi).
Titolo Data di pubblicazione Autori File
A data-driven modelling framework for predicting the quality of semiconductor devices to support burn-in decisions 1-gen-2025 Ahmed, IbrahimBaraldi, PieroZio, EnricoLewitschnig, Horst
A Multistage Physics-Informed Neural Network for Fault Detection in Regulating Valves of Nuclear Power Plants 1-gen-2024 Lai C.Ahmed I.Zio E. +
A novel methodology based on long short-term memory stacked autoencoders for unsupervised detection of abnormal working conditions in semiconductor manufacturing systems 1-gen-2024 Fatemeh HosseinpourIbrahim AhmedPiero BaraldiEnrico Zio +
Enhancing accuracy of prediction of critical heat flux in Circular channels by ensemble of deep sparse autoencoders and deep neural Networks 1-gen-2024 Ahmed I.Zio E. +
Explainable critical heat flux prediction in vertical circular channels by self-attention-enhanced one-dimensional convolutional neural networks 1-gen-2026 Ahmed, IbrahimZio, Enrico
Importance Sampling for Monte Carlo Dynamic Event Tree Analysis of Accident Scenarios in New-Generation Nuclear Power Plants 1-gen-2025 Miqueles, LeonardoAhmed, IbrahimDi Maio, FrancescoZio, Enrico
Integration of artificial intelligence within an advanced filtering framework for real-time system state estimation and risk prediction with application to a nuclear microreactor 1-gen-2024 Ahmed, IbrahimCroci, AndreaAntonello, FedericoZio, Enrico
Risk-informed approach to the safety improvement of the reactor protection system of the AGN-201K research reactor 1-gen-2020 Ahmed I.Zio E. +
Virtual sensing by grey-box modelling within an importance sampling Monte Carlo dynamic event tree framework for risk monitoring of small modular reactors 1-gen-2026 Miqueles LeonardoAhmed I.Di Maio F.Zio E.