MIANI, MATTEO

MIANI, MATTEO  

Dipartimento di Ingegneria e Architettura  

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Risultati 1 - 14 di 14 (tempo di esecuzione: 0.027 secondi).
Titolo Data di pubblicazione Autori File
A machine learning approach to determine airport asphalt concrete layer moduli using heavy weight deflectometer data 1-gen-2021 Miani M.Rondinella F. +
ANALISI E MODELLAZIONE DELLE INTERAZIONI VEICOLO-PEDONE PER LO SVILUPPO DI SISTEMI ATTIVI DI ASSISTENZA ALLA GUIDA E DI PROTEZIONE DEI PEDONI 16-ott-2022 MIANI, MATTEO
Artificial Neural Network Prediction of Airport Pavement Moduli Using Interpolated Surface Deflection Data 1-gen-2021 Miani, MatteoRondinella, Fabio +
Bituminous mixtures experimental data modeling using a hyperparameters‐optimized machine learning approach 1-gen-2021 Miani M.Rondinella F. +
Drivers' braking behavior affected by cognitive distractions: An experimental investigation with a virtual car simulator 1-gen-2020 Miani M. +
Effects of cognitive distraction on driver’s stopping behaviour: A virtual car driving simulator study 1-gen-2020 Marini A.Miani M. +
Numerical characterization of high modulus asphalt concrete containing RAP: A comparison among optimized shallow neural models 1-gen-2020 Miani M. +
Performance Prediction of Fine-Grained Asphalt Concretes with Different Quarry Fillers by Machine Learning Approaches 1-gen-2021 Miani, MatteoRondinella, Fabio +
Recycling of Waste Materials Using Bitumen Emulsion for Road Pavement Stabilized Base Courses: a Laboratory Investigation 1-gen-2021 Miani, MatteoRondinella, Fabio +
Safety performance functions for road intersections in the Friuli Venezia Giulia region 1-gen-2020 Miani M. +
Stiffness Data of High-Modulus Asphalt Concretes for Road Pavements: Predictive Modeling by Machine-Learning 1-gen-2022 Miani M.Rondinella F. +
Stiffness modulus and marshall parameters of hot mix asphalts: Laboratory data modeling by artificial neural networks characterized by cross-validation 1-gen-2019 Miani M. +
Surrogate Safety Measures Prediction at Multiple Timescales in V2P Conflicts Based on Gated Recurrent Unit 1-gen-2021 Matteo Miani +
Young drivers’ pedestrian anti-collision braking operation data modelling for ADAS development 1-gen-2022 Miani, Matteo +