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curriculum.tex
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% sudo apt install texlive-lang-italian
% sudo apt install texlive-fonts-extra
% sudo apt-get install texlive-bibtex-extra biber
\documentclass[a4paper,11pt]{article}
\usepackage[utf8]{inputenc}
\usepackage[T1]{fontenc}
\ifdefined\eng
\usepackage[english]{babel}
\else
\usepackage[italian]{babel}
\fi
\usepackage{graphicx}
\usepackage{iflang}
\usepackage{longtable}
%\usepackage[backend=biber]{biblatex}
\usepackage{cv} % backbone style
\usepackage{booktabs}
%\usepackage{fontawesome} % beautiful icons!!
\usepackage{fontawesome5} % very beautiful icons!!
\usepackage{pifont} % more styles for bullet
\usepackage{csquotes}
\usepackage[dvipsnames]{xcolor}
\usepackage[colorlinks=true, allcolors=Blue]{hyperref}
\usepackage[most]{tcolorbox}
\usepackage{wrapfig}
\usepackage{siunitx}
\usepackage{tikz}
\newcommand*{\priority}[1]{\begin{tikzpicture}[scale=0.15]%
\draw[color=Blue] (0,0) circle (1);
\fill[fill opacity=0.5,fill=Blue] (0,0) -- (90:1) arc (90:90+#1*3.6:1) -- cycle;
\end{tikzpicture}}
% Change color to blue
\def\headcolor{\color[rgb]{0,0,0.5}}
% Space before section headings
\titlespacing{\section}{0pt}{2ex}{1ex}
\graphicspath{{./img/}{./qr/}}
\ifdefined\signed
\newcommand{\SignatureImage}[2][]{%
\IfFileExists{#2}{%
\includegraphics[#1]{#2}%
}{%
\hfill\makebox[2.0in]{\hrulefill}
}%
}%
\else
\newcommand{\SignatureImage}[2][]{\hfill\makebox[2.0in]{\hrulefill}}
\fi
\name{Nico Curti}
\image{io.png}
\info{
\faUniversity & Dept. of Physics and Astronomy of Bologna University\\
\faMapMarker* & Bologna (Italy)\\
\faPhone & +39 333 997 93 99\\
\faPaperPlane & [email protected]\\
\faGithub & \url{https://github.com/Nico-Curti}\\
\faOrcid & \url{https://orcid.org/0000-0001-5802-1195}\\
}
\pagestyle{fancy}
\IfLanguageName{italian} {
\lhead{Curriculum vitae e scientifico-professionale}
} {
\lhead{Curriculum vitae}
}
\rhead{Nico Curti}
\rfoot{\thepage}
\cfoot{}
\newcounter{itemnumber}
\newenvironment{paperlist}{%
\setcounter{itemnumber}{0}%
\begin{list}{}{}%
}{\end{list}}
\renewcommand{\headrulewidth}{0.4pt}
\newcommand{\quotes}[1]{``#1''}
\newcommand{\itemicon}[2]{\item[{\includegraphics[scale=#1]{#2}}]}
\newcommand{\enumicon}[2]{% Image, Number
\stepcounter{itemnumber}%
\item[{\includegraphics[scale=#1]{#2}}] \theitemnumber.
}
\newcommand{\icon}[2]{\includegraphics[scale=#1]{#2}}
\newcommand{\qr}[2]{% Image, Number
\stepcounter{itemnumber}%
\hspace*{-1cm}%
\raisebox{-.75\height}{\includegraphics[scale=#1]{#2}} \theitemnumber.
}
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\begingroup
\renewcommand\thefootnote{}\footnote{#1}%
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\endgroup
}
\newcommand{\journal}[1]{\underline{#1}}
\newcommand{\paperTitle}[1]{\emph{#1}}
\begin{document}
\maketitle
\justifying
\IfLanguageName{italian} {
\section*{\scshape{Storia accademica e scientifica}}
} {
\section*{\scshape{Academic History}}
}
\begin{wrapfigure}{L}{0.4\textwidth}
\tcbincludegraphics[colframe=white!10!black,
colback=white!10,
width=\linewidth]{metrics.png}
\end{wrapfigure}
\noindent
\input{./sections/academic_history.tex}
\newpage
\IfLanguageName{italian} {
\section*{\scshape{Titoli di Studio}}
\hspace*{-0.5cm}
\begin{tabular}{lp{4cm}lp{6cm}}
\icon{0.05}{diploma.png} \quad 2011 & Diploma & Liceo Scientifico A. Volta & \\
\icon{0.05}{graduationcap.png} \quad 2014 & Laurea Triennale in\newline Fisica & Università di Bologna & \emph{Integrazione di misure NMR e microscopiche per la descrizione quantitativa degli effetti di stress esterni su colture cellulari} \\
\icon{0.05}{degree.png} \quad 2016 & Laurea Specialistica in Fisica Applicata & Università di Bologna & \emph{Implementazione e benchmarking dell'algoritmo QDANet PRO per l'analisi di Big Data genomici} \\
\icon{0.05}{phd.png} \quad 2019 & Dottorato in Fisica\newline(Fisica Applicata) & Università di Bologna & \emph{Implementation and optimization of algorithms in Biological Big Data Analytics} \\
\end{tabular}
} {
\section*{\scshape{Academic Degrees}}
\hspace*{-0.5cm}
\begin{tabular}{lp{4cm}lp{6cm}}
\icon{0.05}{diploma.png} \quad 2011 & Diploma\newline & Scientific High School A. Volta & \\
\icon{0.05}{graduationcap.png} \quad 2014 & Bachelor Degree in\newline Physics & University of Bologna & \emph{Integrazione di misure NMR e microscopiche per la descrizione quantitativa degli effetti di stress esterni su colture cellulari} \\
\icon{0.05}{degree.png} \quad 2016 & Master Degree in\newline Applied Physics & University of Bologna & \emph{Implementazione e benchmarking dell'algoritmo QDANet PRO per l'analisi di Big Data genomici} \\
\icon{0.05}{phd.png} \quad 2019 & PhD in Physics\newline(Applied Physic) & University of Bologna & \emph{Implementation and optimization of algorithms in Biological Big Data Analytics} \\
\end{tabular}
}
\vspace*{0.5cm}
\IfLanguageName{italian} {
\section*{\scshape{Premi, Assegni di Ricerca e riconoscimenti accademici}}
} {
\section*{\scshape{Prizes and Research Grants}}
}
\hspace*{-0.5cm}
\begin{tabular}{llp{12cm}}
\icon{0.05}{grant.png} \quad 2016 & Research Grant & \emph{Big Data Analytics di dati genomici e sociali high-throughput in ambiente HPC} \\
\icon{0.05}{badge.png} \quad 2017 & National prize & \emph{Premio Nazionale Giulia Vita Finzi} per la miglior tesi di laurea magistrale su attività di ricerca e sviluppo nell'ambito del calcolo dell'INFN \\
\icon{0.05}{grant.png} \quad 2018 & Research Grant & \emph{Applicazione di algoritmi di machine learning nel contesto della comunicazione medico-paziente, all'interno del progetto FILOBLU} (INFN) \\
\icon{0.05}{grant.png} \quad 2019 & Research Grant & \emph{Integrazione di dati clinici e multi-omici per la cura dei pazienti con patologie complesse e multisettoriali} (DIMES) \\
\icon{0.05}{grant.png} \quad 2020 & Research Grant & \emph{Computer Vision ed Intelligenza artificiale per l'armonizzazione e l'analisi di imaging medico e dati multiomici} (DIMES) \\
\icon{0.05}{grant.png} \quad 2021 & Research Grant & \emph{Machine learning ed Intelligenza artificiale per l'armonizzazione e l'analisi di dati multiomici del progetto HARMONY-PLUS} (DIMES) \\
\icon{0.05}{badge.png} \quad 2022 & Start Cup & \emph{Finalista} della Start Cup - Emilia-Romagna 2022 con il progetto imprenditoriale \emph{HIDRA - Human Interactions in Disease Records and Atlases}\\
\icon{0.05}{grant.png} \quad 2022 & Research Grant & \emph{Machine learning ed Intelligenza artificiale per l'armonizzazione e l'analisi di dati multiomici in Oncoematologia (Progetto GenoMed4All)} (DIFA) \\
\end{tabular}
\vspace*{0.5cm}
\IfLanguageName{italian} {
\section*{\scshape{Partecipazioni in Progetti di Ricerca}}
} {
\section*{\scshape{Participation in Research Projects}}
}
\hspace*{-0.5cm}
\begin{tabular}{llp{11cm}}
\icon{0.05}{project.png} \quad 2017 & HARMONY & \emph{IMI2-H2020, project no. 116026, Alliance for Resourceful Medicines Offensive against Neoplasms in HematologY} \\
\icon{0.05}{project.png} \quad 2017 & IM4Future & \emph{EU project ITN (International Training Network), project no. 721815, Innovative training in methods for future data} \\
\icon{0.05}{project.png} \quad 2019 & HARMONY-PLUS & \emph{IMI2-H2020, project no. 116026, Alliance for Resourceful Medicines Offensive against Neoplasms in HematologY} \\
\icon{0.05}{project.png} \quad 2021 & GENOMED4ALL & \emph{Horizon 2020/2023 program, project no. 101017549, Genomics and Personalized Medicine for all though Artificial Intelligence in Haematological Diseases} \\
\icon{0.05}{project.png} \quad 2022 & SYNTHEMA & \emph{Horizon 2020/2023 program, project no. 1101095530, Synthetic generation of haematological data over federated computing frameworks} \\
\icon{0.05}{project.png} \quad 2022 & AIRC IG - G. Castellani & \emph{Artificial intelligence for genomics and personalized medicine in myelodysplastic syndromes (MDS)} \\
\icon{0.05}{project.png} \quad 2023 & METASTRA & \emph{EU project, project no. 101080135, Transforming Fracture Risk Assessment for Cancer patients with Vertebral Metastases} \\
\icon{0.05}{project.png} \quad 2023 & TRIGGER & \emph{EU project, project no. 101057739, SoluTions foR mItiGatinG climate-induced hEalth thReats} \\
\end{tabular}
\IfLanguageName{italian} {
\section*{\scshape{Didattica}}
\hspace*{-0.5cm}
\begin{tabular}{lp{14cm}}
\icon{0.05}{education.png} \quad 2013 & Volontario presso la Secondary School del villaggio di Guandumehhy del distretto di Mbulu (Tanzania) come docente di matematica e fisica. \\
\icon{0.05}{education.png} \quad 2016 & Tutor presso la Scuola di Scienze dell'Università di Bologna per l'attività formativa dal titolo \emph{Analisi dati della fisica} per il corso di studi in fisica (16 ore). \\
\icon{0.05}{education.png} \quad 2020\textemdash2021 (2y) & Assistente del corso di \emph{Physical Methods of Biology} - 87995 del prof. Castellani per il corso di Laurea Magistrale in Physics dell'Università di Bologna. \\
\icon{0.05}{education.png} \quad 2020\textemdash2024 (4y) & Professore a contratto presso la Scuola di Scienze dell'Università di Bologna per il corso di laurea in Infermieristica (abilitante alla professione sanitaria di infermiere) per il corso di \emph{Fisica Applicata} - 58200 (24 ore). \\
\icon{0.05}{education.png} \quad 2022\textemdash2024 (3y) & Corso elettivo \emph{AI4Medicine} presso il Dept. of Experimental, Diagnostic and Specialty Medicine of Bologna University. \\
\icon{0.05}{education.png} \quad 2023\textemdash2024 (2y) & Tutor per il corso \emph{Progetto Lauree Scientifiche Teoria dei network e intelligenza artificiale tra fisica, biologia e social media} presso il Dipartimento di Fisica e Astronomia dell'Università di Bologna (12 ore). \\
\icon{0.05}{education.png} \quad 2023 & Tutor per il corso \emph{Artificial Intelligence and Machine Learning for Climate Science} presso il Dipartimento di Fisica e Astronomia dell'Università di Bologna (12 ore). \\
\icon{0.05}{education.png} \quad 2023 & Tutor per il corso \emph{Pattern Recognition} presso il Dipartimento di Fisica e Astronomia dell'Università di Bologna (12 ore). \\
\icon{0.05}{education.png} \quad 2023 & Docenza nel master di II livello \emph{Neurofisiologia Clinica} presso IRCCS Istituto delle Scienze Neurologiche di Bologna (1 ora). \\
\icon{0.05}{education.png} \quad 2024 & Docenza nel corso \emph{Artificial Intelligence and Machine Learning for Climate Science} presso il Dipartimento di Fisica e Astronomia dell'Università di Bologna (12 ore). \\
\icon{0.05}{education.png} \quad 2024 & Docenza nel corso \emph{Pattern Recognition} presso il Dipartimento di Fisica e Astronomia dell'Università di Bologna (12 ore). \\
\icon{0.05}{education.png} \quad 2024 & Docenza nel corso \emph{Software and Computing for Applied Physics} presso il Dipartimento di Fisica e Astronomia dell'Università di Bologna (12 ore). \\
\icon{0.05}{education.png} \quad 2024 & Docenza nel corso di dottorato \emph{Scienze chirurgiche e tecnologie innovative} presso il Dipartimento di Scienze Mediche e Chirurgiche dell'Università di Bologna (4 ore). \\
\icon{0.05}{education.png} \quad 2025 & Docenza nel corso di dottorato \emph{Scienze chirurgiche e tecnologie innovative} presso il Dipartimento di Scienze Mediche e Chirurgiche dell'Università di Bologna (8 ore). \\
\end{tabular}
} {
\section*{\scshape{Teaching}}
\hspace*{-0.5cm}
\begin{tabular}{lp{14cm}}
\icon{0.05}{education.png} \quad 2013 & Volunteer at the Secondary School of the village of Guandumehhy, Mbulu district (Tanzania) as math and physics teacher. \\
\icon{0.05}{education.png} \quad 2016 & Tutor at the Science School of the University of Bologna for the teaching course \emph{Analisi dati della fisica} of the master degree in physics (16 hours). \\
\icon{0.05}{education.png} \quad 2020\textemdash2021 (2y) & Tutor at the course \emph{Physical Methods of Biology} - 87995 by prof. Castellani in the course of master degree in physics at the University of Bologna. \\
\icon{0.05}{education.png} \quad 2020\textemdash2024 (4y) & Adjunct professor at the Science School of the University of Bologna for the teaching course of \emph{Applied Physics} - 58200 (24 hours) at the school of Nursing. \\
\icon{0.05}{education.png} \quad 2022\textemdash2023 (2y) & Elective course \emph{AI4Medicine} at the Dept. of Experimental, Diagnostic and Specialty Medicine of Bologna University. \\
\icon{0.05}{education.png} \quad 2023\textemdash2024 (2y) & Tutor at the course \emph{Progetto Lauree Scientifiche Teoria dei network e intelligenza artificiale tra fisica, biologia e social media} at the Dept. of Physics and Astronomy of Bologna University (12 hours). \\
\icon{0.05}{education.png} \quad 2023 & Tutor at the course \emph{Artificial Intelligence and Machine Learning for Climate Science} at the Dept. of Physics and Astronomy of Bologna University (12 hours). \\
\icon{0.05}{education.png} \quad 2023 & Tutor at the course \emph{Pattern Recognition} at the Dept. of Physics and Astronomy of Bologna University (12 hours). \\
\icon{0.05}{education.png} \quad 2023 & Teaching at the II level master course \emph{Neurofisiologia Clinica} at the IRCCS Istituto delle Scienze Neurologiche di Bologna (1 hour). \\
\icon{0.05}{education.png} \quad 2024 & Teaching at the course \emph{Artificial Intelligence and Machine Learning for Climate Science} at the Dept. of Physics and Astronomy of Bologna University (12 hours). \\
\icon{0.05}{education.png} \quad 2024 & Teaching at the course \emph{Pattern Recognition} at the Dept. of Physics and Astronomy of Bologna University (12 hours). \\
\icon{0.05}{education.png} \quad 2024 & Teaching at the course \emph{Software and Computing for Applied Physics} at the Dept. of Physics and Astronomy of Bologna University (12 hours). \\
\icon{0.05}{education.png} \quad 2024 & Teaching at the PhD course \emph{Scienze chirurgiche e tecnologie innovative} at the Dept. of Medical and Surgical Sciences of Bologna University (4 hours). \\
\icon{0.05}{education.png} \quad 2025 & Teaching at the PhD course \emph{Scienze chirurgiche e tecnologie innovative} at the Dept. of Medical and Surgical Sciences of Bologna University (8 hours). \\
\end{tabular}
}
\vspace*{0.5cm}
\IfLanguageName{italian} {
\section*{\scshape{Incarichi Istituzionali}}
} {
\section*{\scshape{Institutional Roles}}
}
\hspace*{-0.5cm}
\begin{tabular}{llp{11cm}}
\icon{0.05}{university.png} \quad 2020\textemdash2024 & UNIBO - DIMEC & \emph{Degree Commission - First Cycle Degree/Bachelor in Nursing} \\
\icon{0.05}{university.png} \quad 2022\textemdash2024 & UNIBO - DIMEC & \emph{Quality Assurance committees - First Cycle Degree/Bachelor in Nursing} \\
\icon{0.05}{university.png} \quad 2024 & UNIBO - DIFA & \emph{Selection Committees - Ph.D. in Physics} \\
\icon{0.05}{university.png} \quad 2024 & UNIBO - DIFA & \emph{Working group "Founding"} \\
\end{tabular}
\vspace*{0.5cm}
\IfLanguageName{italian}{
\section*{\scshape{Partecipazione a conferenze}}
\newcommand\Partecipazione{Partecipazione }
\newcommand\conferenza{conferenza }
\newcommand\seminario{seminario }
\newcommand\al{al }
\newcommand\alla{alla }
\newcommand\PartecipazioneConferenza{Partecipazione alla conferenza }
\newcommand\OrganizzatoreConferenza{Comitato Organizzativo dell'evento }
\newcommand\dal{dal }
\newcommand\il{il }
\newcommand\lavoro{nella quale ho presentato il lavoro dal titolo }
} {
\section*{\scshape{Conferences}}
\newcommand\Partecipazione{Partecipation }
\newcommand\conferenza{conference }
\newcommand\seminario{seminary }
\newcommand\al{to }
\newcommand\alla{to }
\newcommand\PartecipazioneConferenza{Partecipation to the conference }
\newcommand\OrganizzatoreConferenza{Conference Organising Committee of the event }
\newcommand\dal{from }
\newcommand\il{on }
\newcommand\lavoro{in which I discussed the work entitled }
}
\begin{itemize}
\itemicon{0.03}{conference.png} \PartecipazioneConferenza \emph{Problems in discrete dynamics: from biochemical systems to rare events, networks, clustering and related topics - II Edition}, \dal 05/10/2017 \al 07/10/2017, \lavoro \emph{Learning by message-passing in networks of discrete synapses the traffic congestion prediction}.
\itemicon{0.03}{conference.png} \PartecipazioneConferenza \emph{EuroPar 2018}, \dal 27/08/2018 \al 31/08/2018, \lavoro \emph{Cross-Environment comparison of a bioinformatics pipeline: perspectives for hybrid computations}.
\itemicon{0.03}{conference.png} \PartecipazioneConferenza \emph{INFN BioPhys and PlexNet}, \dal 10/09/2018 \al 12/09/2018, \lavoro \emph{Cross-Environment comparison of a bioinformatics pipeline: perspectives for hybrid computations}.
\itemicon{0.03}{conference.png} \PartecipazioneConferenza \emph{INFN BioPhys and PlexNet}, \dal 24/09/2019 \al 26/09/2019, \lavoro \emph{Introducing the Complex Human Interactions in MEdical Records and Atlases Network - CHIMERA}.
\itemicon{0.03}{conference.png} \PartecipazioneConferenza \emph{AIM - Live Meeting}, \il 16/10/2020, \lavoro \emph{Automatic Pipeline for Identification of Ground Glass Opacities in CT Images of COVID-19 Affected Patients}.
\itemicon{0.03}{conference.png} \Partecipazione \alla \emph{Notte dei Ricercatori} \il 27/11/2020, \lavoro \emph{Intelligenza artificiale in medicina - AI vs COVID-19}.
\itemicon{0.03}{conference.png} \PartecipazioneConferenza \emph{Next-AIM - kick-off meeting}, \il 18/02/2022, \lavoro \emph{Super Resolution in Medical Images}.
\itemicon{0.03}{conference.png} \PartecipazioneConferenza \emph{Complex System}, \il 24/03/2022, \lavoro \emph{Effectiveness of biological inspired neural network models in learning and patterns memorization}.
\itemicon{0.03}{conference.png} \Partecipazione \al \seminario \emph{Medico per un giorno}, \il 01/04/2022, \lavoro \emph{Medicina del Futuro: Intelligenza Artificiale e Immagini Mediche}.
\itemicon{0.03}{conference.png} \textbf{Invited Speaker} \al \seminario \emph{Intelligenza Artificiale in Senologia Parte II: Principi e Potenzialità}, \il 16/02/2022, \lavoro \emph{Intelligenza Artificiale: i diversi approcci}.
\itemicon{0.03}{conference.png} \textbf{Invited Speaker} \alla \conferenza \emph{Radiomics toolbox: Workflow and quality management}, \dal 07/09/2022 \al 09/09/2022, \lavoro \emph{Biophysics inspired neural network}.
\itemicon{0.03}{conference.png} \PartecipazioneConferenza \emph{XXII International Conference on Mechanics in Medicine and Biology}, \il 20/09/2022, \lavoro \emph{Semi-supervised active learning in automated wound image segmentation via smartphone mobile App}.
\itemicon{0.03}{conference.png} \Partecipazione \al seminario \emph{Occhio non vede Cuore non duole}, \il 13/12/2022, \lavoro \emph{Intelligenza Artificiale: cos'è e a cosa serve}.
\itemicon{0.03}{conference.png} \PartecipazioneConferenza \emph{Next-AIM - General Meeting}, \dal 13/02/2023 \al 15/02/2023, \lavoro \emph{Low-dimensional signatures from high-dimensional data: the DNetPRO algorithm}.
\itemicon{0.03}{conference.png} \textbf{Invited Speaker} \alla \conferenza \emph{Intelligenza Artificiale in Medicina - Società Medica Chirurgica di Bologna}, \il 14/06/2023, \lavoro \emph{Diagnostica per immagini: intelligenza artificiale ed automatizzazione dei processi}.
\itemicon{0.03}{tv.png} Interview recording for the TRC Modena channel (sponsored by Rotary Club Modena - 2072), \il 28/08/2023, \lavoro \emph{HIDRA - Human Interaction in Disease Records and Atlases}.
\itemicon{0.03}{conference.png} \textbf{Invited Speaker} \alla \conferenza \emph{Congresso Nazionale SIF}, \dal 11/09/2023 \al 15/09/2023, \lavoro \emph{Novel perspectives on the human brain modeling}.
\itemicon{0.03}{conference.png} \PartecipazioneConferenza \emph{INFN BioPhys 2023}, \dal 18/09/2023 \al 20/09/2023, \lavoro \emph{Graphomics: A network approach to Medical Image Analysis}.
\itemicon{0.03}{conference.png} \textbf{Invited Speaker} \alla \conferenza \emph{XV Congresso Nazionale AIRMM}, \dal 15/04/2024 \al 17/04/2024, \lavoro \emph{The Emergence of Pathomics: artificial intelligence applied to digital histopathology}.
\itemicon{0.03}{conference.png} \textbf{Invited Speaker} \al \seminario \emph{Corso di Laurea in Infermieristica - Campus Rimini}, \il 03/05/2024, \lavoro \emph{Dati omici e intelligenza artificiale: i nuovi approcci all'analisi dei dati per la pratica clinica}.
\itemicon{0.03}{conference.png} \textbf{\OrganizzatoreConferenza} \emph{Physics for a Better Planet - 6th Physical Sensing and Processing Summer School}, \dal 08/07/2024 \al 12/07/2024.
\itemicon{0.03}{conference.png} \textbf{Invited Speaker} \alla \conferenza \emph{2024 International Conference of the Society for Design and Process Science}, \dal 06/10/2024 \al 09/10/2024, \lavoro \emph{The Emergence of Pathomics: artificial intelligence applied to digital histopathology}.
\itemicon{0.03}{conference.png} \PartecipazioneConferenza \emph{next-AIM workshop on XAI techniques for medical data analysis}, \dal 16/10/2024 \al 18/10/2024, \lavoro \emph{Improved interpretability with DNetPRO classifier applied to radiomics data}.
\itemicon{0.03}{conference.png} \textbf{Mentor Coach} \alla \conferenza \emph{AI Hackathon X Oncologia - Microsoft HQ Milan}, \il 03/12/2024.
\end{itemize}
\vspace*{0.5cm}
\input{./sections/trainings.tex}
\vspace*{0.5cm}
\IfLanguageName{italian}{
\section*{\scshape{Tesi di laurea seguite come relatore/correlatore}}
} {
\section*{\scshape{Collaborations to academic thesis}}
}
\hspace*{-1cm}
\begin{tabular}{lp{4cm}lp{9cm}}
\icon{0.05}{graduationcap.png} \quad 2018 & Sofia Farina & L-30 & \emph{A physical interpretation of network laplacian: role of perturbations and masses}\\
\icon{0.05}{graduationcap.png} \quad 2018 & Giovanni Marangi & L-30 & \emph{Teoria dei network applicata alle strutture proteiche}\\
\icon{0.05}{graduationcap.png} \quad 2018 & Lorenzo Dall'Olio & L-30 & \emph{Funzionamento di un pulsossimetro ed analisi di serie temporali pulsossimetriche}\\
\icon{0.05}{graduationcap.png} \quad 2018 & Mattia Ceccarelli & L-30 & \emph{Analisi della complessità di reti neurali generate tramite algoritmi genetici}\\
\icon{0.05}{degree.png} \quad 2019 & Alex Baroncini & LM-17 & \emph{Sviluppo ed ottimizzazione di algoritmi per super-risoluzione ed object detection mediante deep neural network}\\
\icon{0.05}{graduationcap.png} \quad 2019 & Davide Ravaglia & L-30 & \emph{Modelling social behavior of Drosophila Melanogaster under the effect of drugs}\\
\icon{0.05}{degree.png} \quad 2019 & Daniele Dall'Olio & LM-17 & \emph{Applicazione di un algoritmo d'apprendimento basato su sistemi fuori dall'equilibrio a dati di Genome Wide Association}\\
\icon{0.05}{degree.png} \quad 2020 & Alessandro D'Agostino & LM-17 & \emph{Dataset generation for the training of Neural Networks oriented toward histological image segmentation}\\
\icon{0.05}{degree.png} \quad 2020 & Mattia Ceccarelli & LM-17 & \emph{Optimization and applications of deep learning algorithms for super-resolution in MRI}\\
\icon{0.05}{graduationcap.png} \quad 2020 & Diego Cardinali & L-30 & \emph{Classification of Clausocalanus Furcatus motion utilizing the random walk theory}\\
\icon{0.05}{graduationcap.png} \quad 2021 & Davide De Paoli & L-30 & \emph{Reti neurali artificiali e apprendimenti basati sulla biofisica dei neuroni}\\
\icon{0.05}{degree.png} \quad 2021 & Riccardo Biondi & LM-17 & \emph{Implementation of an Automated Pipeline for the Identification of Ground Glass Opacities on CT Scans of Patients Affected by COVID-19}\\
\icon{0.05}{degree.png} \quad 2021 & Davide Panzeri & LM-17 & \emph{AI based prediction for brightfield and stained anatomopathology}\\
\icon{0.05}{degree.png} \quad 2021 & Laura Verzellesi & LM-17 & \emph{Machine Learning methods for hepatocellular malignancies segmentation and MVI prediction}\\
\icon{0.05}{degree.png} \quad 2021 & Giuseppe Filitto & LM-17 & \emph{Implementation of an automated pipeline to predict the response to neoadjuvant chemo-radiotherapy of patients affected by colorectal cancer}\\
\icon{0.05}{degree.png} \quad 2022 & Caterina Faccioli & LM-17 & \emph{Spatial analysis in pathomics: a network based method applied on fluorescence microscopy}\\
\icon{0.05}{degree.png} \quad 2022 & Stefano Bianchi & LM-17 & \emph{Introducing CHIMeRA: From the Development of a Comprehensive Biomedical Database to the Analysis of its Sub-Components}\\
\end{tabular}
\hspace*{-1cm}
\begin{tabular}{lp{4cm}lp{9cm}}
\icon{0.05}{degree.png} \quad 2022 & Daniele Buschi & LM-17 & \emph{Application of Active and Transfer Learning to wound image segmentation}\\
\icon{0.05}{graduationcap.png} \quad 2023 & Cesare Beccarelli & L-30 & \emph{Reti neurali ispirate alla biofisica e le loro performance come classificatori - Analisi della rete BCM}\\
\icon{0.05}{degree.png} \quad 2023 & Keivan Amini & LM-17 & \emph{Navigation and human-robot interaction using reinforcement learning}\\
\icon{0.05}{graduationcap.png} \quad 2023 & Andrea Corvina & L-30 & \emph{Applicazione dell'algoritmo edsr di super-resolution ad immagini in microscopia}\\
\icon{0.05}{degree.png} \quad 2023 & Sara Peluso & LM-17 & \emph{Survival analysis in radiomics: a statistical learning approach on 18F-FDG-PET/CT imaging data of patients affected by multiple myeloma}\\
\icon{0.05}{degree.png} \quad 2023 & Alessandro Lapi & LM-17 & \emph{Artificial intelligence application in Digital Onco-Hematology}\\
\icon{0.05}{degree.png} \quad 2024 & Alessandro Ceresi & LM-17 & \emph{Implementation of a radiomics pipeline for survival analysis in multiple myeloma patients using 18F FDG PET/CT images: unveiling prognostic markers and predictive models}\\
\icon{0.05}{graduationcap.png} \quad 2024 & Gaia Peroni & L/SNT1 & \emph{L'ecografia infermieristica nel setting di emergenza-urgenza}\\
\icon{0.05}{degree.png} \quad 2024 & Andrea Buscaroli & LM/SNT1 & \emph{Tra aspettative e realtà: un'indagine sulla percezione degli studenti di infermieristica nei confronti della professione. Uno studio osservazionale trasversale}\\
\icon{0.05}{graduationcap.png} \quad 2024 & Davide Castaldi & L/SNT1 & \emph{Health Literacy nel setting dell'Università Infermieristica}\\
\icon{0.05}{degree.png} \quad 2024 & Giulia Veronesi & MD-PhD & \emph{Machine aided diagnosis and melanoma: histopathological findings}\\
\icon{0.05}{degree.png} \quad 2024 & Michele Fruci & LM-17 & \emph{An Innovative Machine Learning Approach to Wound Edge Assessment using Depth Maps and Wound Border Rectification}\\
\end{tabular}
%\vspace*{0.5cm}
\input{./sections/collaborations.tex}
\newpage
\section*{\scshape{Publications}}
\hspace*{-1cm}
\begin{longtable}{lp{15cm}}
\qr{0.09}{10.1140_epjds_s13688-018-0168-2.png} & C. Mizzi, A. Fabbri, S. Rambaldi, F. Bertini, \textbf{N. Curti}, S. Sinigardi, R. Luzi, G. Venturi, M. Davide, G. Muratore, A. Vannelli, A. Bazzani, \paperTitle{Unraveling pedestrian mobility on a road network using ICTs data during great tourist events}, \journal{EPJ Data Science}, \url{10.1140/epjds/s13688-018-0168-2} (2018 Oct 22) \\ %(I.F. 4.4)
\\
\qr{0.09}{10.1007_978-3-030-10549-5_50.png} & \textbf{N. Curti} \&\legend{\& These authors contributed equally to this work.} E. Giampieri, A. Ferraro, M. C. Vistoli, E. Ronchieri, D. Cesini, B. Martelli, D. C. Duma and G. Castellani, \paperTitle{Cross-Environment comparison of a bioinformatics pipeline: perspectives for hybrid computations}, \journal{Euro-Par 2018: Parallel Processing Workshops}, \url{10.1007/978-3-030-10549-5_50} (2018 Dec 12) \\
\\
\qr{0.1}{10.3233_JAD-190480.png} & V. Boccardi, L. Paolacci, D. Remondini, E. Giampieri, G. Poli, \textbf{N. Curti}, R. Cecchetti, A. Villa, S. Brancorsini, P. Mecocci, \paperTitle{Cognitive decline and Alzheimer's disease in the old age: sex influence on a \quotes{cytokinome signature}}, \journal{Journal of Alzheimer's Disease}, \url{10.3233/JAD-190480} (2019 Nov 26) \\ %(I.F. 4.0)
\\
\qr{0.1}{10.3390_ani10020253.png} & M. Malvisi \& \textbf{N. Curti}, D. Remondini, F. Palazzo, J. L. Williams, G. Pagnacco, G. Minozzi, \paperTitle{Combinatorial Discriminant Analysis applied to RNAseq data reveals a set of 10 transcripts as signatures of infection of cattle with Mycobacterium avium subsp. paratuberculosis}, \journal{Animals}, \url{10.3390/ani10020253} (2020 Feb 5) \\ %(I.F. 3.0)
\\
\qr{0.1}{10.1038_s41598-020-76816-6.png} & L. Dall'Olio, \textbf{N. Curti}, D. Remondini, Y. Safi Harb, F. W. Asselbergs, G. Castellani, H. Uh, \paperTitle{Prediction of vascular ageing based on smartphone acquired PPG signals}, \journal{Scientific Reports}, \url{10.1038/s41598-020-76816-6} (2020 Nov 12) \\ %(I.F. 4.6)
\\
\qr{0.1}{10.1186_s12859-020-03780-3.png} & D. Dall'Olio \& \textbf{N. Curti}, E. Fonzi, C. Sala, D. Remondini, G. Castellani, E. Giampieri, \paperTitle{Impact of Concurrency on the Performance of a Whole Exome Sequencing Pipeline}, \journal{BMC Bioinformatics}, \url{10.1186/s12859-020-03780-3} (2021 Feb 9) \\ %(I.F. 3.0)
\\
\qr{0.1}{10.3390_app11072978.png} & \textbf{N. Curti} \& E. Giampieri, F. Guaraldi, F. Bernabei, L. Cercenelli, G. Castellani, P. Versusa, E. Marcelli, \paperTitle{A fully automated pipeline for a robust conjunctival hyperemia estimation}, \journal{Applied Sciences}, \url{10.3390/app11072978} (2021 Mar 26) \\ %(I.F. 2.7)
\\
\qr{0.1}{10.3390_app11125438.png} & R. Biondi \& \textbf{N. Curti}, F. Coppola, E. Giampieri, G. Vara, M. Bartoletti, A. Cattabriga, M. A. Cocozza, F. Ciccarese, C. De Benedittis, L. Cercenelli, B. Bortolani, E. Marcelli, L. Pierotti, L. Strigari, P. Viale, R. Golfieri and G. Castellani, \paperTitle{Classification Performance for COVID patient prognosis from automatic AI segmentation – a single center study}, \journal{Applied Science}, \url{10.3390/app11125438} (2021 June 11) \\ %(I.F. 2.7)
\\
\qr{0.1}{10.2450_2021.0116-21.png} & S. Valente, \textbf{N. Curti}, E. Giampieri, V. Randi, C. Donadei, M. Buzzi, P. Versura, \paperTitle{Impact of blood source and component manufacturing on neurotrophin content and in vitro cell wound healing}, \journal{Blood Transfusion}, \url{10.2450/2021.0116-21} (2021 Aug 3) \\ %(I.F. 3.7)
\\
\qr{0.1}{10.3390_app12094275.png} & L. Cercenelli, M. Zoli, B. Bortolani, \textbf{N. Curti}, D. Gori, A. Rustici, D. Mazzatenta, E. Marcelli, \paperTitle{3D virtual modeling for morphological characterization of pituitary tumors: preliminary results on its predictive role in tumor resection rate}, \journal{Applied Sciences}, \url{10.3390/app12094275} (2022 Apr 23) \\ %(I.F. 2.7)
\\
\qr{0.1}{10.3390_app12094493.png} & L. Spagnoli, M. F. Morrone, E. Giampieri, G. Paolani, M. Santoro, \textbf{N. Curti}, F. Coppola, F. Ciccarese, G. Vara, N. Brandi, R. Golfieri, P. Viale, M. Bartoletti, L. Strigari, \paperTitle{Outcome prediction for Sars-CoV-2 patients using machine learning modelling of clinical, radiological and radiomic features derived from chest CT images}, \journal{Applied Sciences}, \url{10.3390/app12094493} (2022 Apr 28) \\ %(I.F. 2.7)
\\
\qr{0.1}{10.3390_cancers14092231.png} & G. Filitto, F. Coppola, \textbf{N. Curti$^\dagger$}\legend{$^\dagger$ Corresponding author.}, E. Giampieri, D. Dall'Olio, A. Merlotti, A. Cattabriga, M.A. Cocozza, M.T. Tomassoni, D. Remondini, L. Pierotti, L. Strigari, D. Cuicchi, A. Guido, K. Rihawi, A. D'Errico, F. Di Fabio, G. Poggioli, A.G. Morganti, L. Ricciardiello, R. Golfieri, G. Castellani, \paperTitle{Automated Prediction of the Response to Neoadjuvant Chemoradiotherapy in Patients Affected by Rectal Cancer}, \journal{Cancers}, \url{10.3390/cancers14092231} (2022 Apr 29) \\ %(I.F. 5.6)
\\
\qr{0.11}{10.3390_e24050682.png} & L. Squadrani \& \textbf{N. Curti}, E. Giampieri, D. Remondini, B. Blais, G. Castellani, \paperTitle{Effectiveness of biological inspired neural network models in learning and patterns memorization}, \journal{Entropy}, \url{10.3390/e24050682} (2022 May 12) \\ %(I.F. 2.5)
\\
\qr{0.1}{10.3390_app12125946.png} & G. Carlini \& \textbf{N. Curti}, S. Strolin, S. Fanti, D. Remondini, C. Nanni, L. Strigari, and G. Castellani, \paperTitle{Prediction of overall survival in cervical cancer patients using PET/CT radiomic features}, \journal{Applied Science}, \url{10.3390/app12125946} (2022 June 10) \\ %(I.F. 2.7)
\\
\qr{0.1}{10.1016_j.prp.2022.154014.png} & E. Dika \& \textbf{N. Curti}, E. Giampieri, G. Veronesi, C. Misciali, C. Ricci, G. Castellani, A. Patrizi, E. Marcelli, \paperTitle{Advantages of manual and automatic computer-aided compared to traditional histopathological diagnosis of melanoma: a pilot study}, \journal{Pathology - Research and Practice}, \url{10.1016/j.prp.2022.154014} (2022 July 8) \\ %(I.F. 2.8)
\\
\qr{0.1}{10.1016_j.prp.2022.154117.png} & \textbf{N. Curti} \& G. Veronesi, E. Dika, C. Misciali, E. Marcelli, E. Giampieri, \paperTitle{Breslow thickness: geometric interpretation, potential pitfalls, and computer automated estimation}, \journal{Pathology - Research and Practice}, \url{10.1016/j.prp.2022.154117} (2022 Sep 5) \\ %(I.F. 2.8)
\\
\qr{0.1}{10.3390_ijms231810701.png} & S. Valente, C. Ciavarella, G. Astolfi, E. Bergantin, \textbf{N. Curti}, M. Buzzi, L. Fontana, P. Versura, \paperTitle{Impact of Freeze-Drying of Cord Blood (CB) Serum (S) and Platelet Rich Plasma (CB-PRP) preparations on Growth Factor content and in vitro cell wound healing}, \journal{International Journal of Molecular Sciences}, \url{10.3390/ijms231810701} (2022 Sep 14) \\ %(I.F. 5.6)
\\
\qr{0.1}{10.1038_s41598-022-21036-3.png} & I. Budimir, E. Giampieri, E. Saccenti, M. S. Diez, M. Tarozzi, D. Dall'Olio, A. Merlotti, \textbf{N. Curti}, D. Remondini, G. Castellani, C. Sala, \paperTitle{Intraspecies characterization of bacteria via evolutionary modeling of protein domains}, \journal{Scientific Reports}, \url{10.1038/s41598-022-21036-3} (2022 Sep 22) \\ %(I.F. 4.6)
\\
\qr{0.1}{10.1038_s41598-022-25549-9.png} & \textbf{N. Curti} \& G. Levi, E. Giampieri, G. Castellani, D. Remondini, \paperTitle{A network approach for low-dimensional signatures from high-throughput data}, \journal{Scientific Reports}, \url{10.1038/s41598-022-25549-9} (2022 Dec 23) \\ %(I.F. 4.6)
\\
\qr{0.1}{10.3390_ijms24010706.png} & \textbf{N. Curti} \&, Y. Merli, C. Zengarini, E. Giampieri, A. Merlotti, D. Dall'Olio, E. Marcelli, T. Bianchi, G. Castellani, \paperTitle{Effectiveness of semi-supervised active learning in automated wound image segmentation}, \journal{International Journal of Molecular Sciences}, \url{10.3390/ijms24010706} (2022 Dec 31) \\ %(I.F. 5.6)
\\
\qr{0.1}{10.3390_app13031371.png} & R. Biondi, M. Renzulli, R. Golfieri, \textbf{N. Curti$^\dagger$}, G. Carlini, C. Sala, E. Giampieri, D. Remondini, G. Vara, A. Cattabriga, M. A. Cocozza, L. V. Pastore, A. Palmeri, N. Brandi, L. Scarpetti, G. Tanzarella, M. Cescon, M. Ravaioli, G. Castellani, F. Coppola, \paperTitle{Machine learning pipeline for the automated prediction of MicroVascular Invasion in HepatoCellular Carcinomas}, \journal{Applied Science}, \url{10.3390/app13031371} (2023 Jan 20) \\ %(I.F. 2.7)
\\
\qr{0.1}{10.3390_app13031520.png} & S. Polizzi \& \textbf{N. Curti}, L. Dall'Olio, L. Cercenelli, L. Fontana, N. Valsecchi, E. Marcelli, G. Castellani, P. Versura, \paperTitle{Characterization of pupillary light response features for the classification of patients with Optic Neuritis}, \journal{Applied Science}, \url{10.3390/app13031520} (2023 Jan 20) \\ %(I.F. 2.7)
\\
\qr{0.1}{10.3390_jpm13030478.png} & G. Carlini, C. Gaudiano, R. Golfieri, \textbf{N. Curti$^\dagger$}, R. Biondi, L. Bianchi, R. Schiavina, E. Brunocilla, F. Giunchi, D. Caruso, A. Merlotti, D. Dall'Olio, C. Sala, S. Pandolfi, D. Remondini, A. Rustici, L. V. Pastore, L. Scarpetti, B. Bortolani, E. Marcelli, F. Coppola, G. Castellani, \paperTitle{Effectiveness of radiomic ZOT features in the automated discrimination of oncocytoma from clear cell renal cancer}, \journal{Journal of Personalized Medicine}, \url{10.3390/jpm13030478} (2023 Mar 6) \\ %(I.F. 3.4)
\\
\qr{0.1}{10.3390_ani13060956.png} & D. Buschi \& \textbf{N. Curti}, V. Cola, G. Carlini, C. Sala, D. Dall'Olio, G. Castellani, E. Pizzi, S. Del Magno, A. Foglia, M. Giunti, L. Pisoni, E. Giampieri, \paperTitle{Automated wound image segmentation: transfer learning from human to pet via active semi-supervised learning}, \journal{Animals}, \url{10.3390/ani13060956} (2023 Mar 7) \\ %(I.F. 3.0)
\\
\qr{0.1}{10.1142_S0219519423400353.png} & N. Derus, \textbf{N. Curti}, E. Giampieri, D. Dall'Olio, C. Sala, G. Castellani, \paperTitle{Synthetic data generation and classification of histopathological image}, \journal{Journal of Mechanics in Medicine and Biology}, \url{10.1142/S0219519423400353} (2023 Mar 9) \\ %(I.F. 0.8)
\\
\qr{0.1}{10.1523_ENEURO.0458-22.2023.png} & C. Fiscone \& \textbf{N. Curti}, M. Ceccarelli, D. Remondini, C. Testa, R. Lodi, C. Tonon, D. N. Manners, G. Castellani, \paperTitle{Generalizing the Enhanced-Deep-Super-Resolution neural network to brain MR images: a retrospective study on the Cam-CAN dataset}, \journal{eNeuro}, \url{10.1523/ENEURO.0458-22.2023} (2023 Sep 28) %(I.F. 3.4)
\\
\qr{0.1}{10.1007_s10916-023-02029-9.png} & \textbf{N. Curti} \& Y. Merli, C. Zengarini, M. Starace, L. Rapparini, E. Marcelli, G. Carlini, D. Buschi, G. Castellani, T. Bianchi, E. Giampieri, \paperTitle{Automated prediction of Photographic Wound Assessment Tool in Chronic Wound images}, \journal{Journal of Medical Systems}, \url{10.1007/s10916-023-02029-9} (2024 Jan 16) \\ %(I.F. 5.3)
\\
\qr{0.1}{10.1038_s41598-024-57618-6.png} & A. Aldieri, R. Biondi, A. A La Mattina, J. A Szyszko, S. Polizzi, D. Dall'Olio, \textbf{N. Curti}, G. Castellani, M. Viceconti, \paperTitle{Development and validation of a semi-automated and unsupervised method for femur segmentation from CT}, \journal{Scientific Reports}, \url{10.1038/s41598-024-57618-6} (2024 Mar 28) \\ %(I.F. 4.6)
\\
\qr{0.11}{10.1159_000542658.png} & \textbf{N. Curti} \& G. Carlini, S. Valente, E. Giampieri, A. Merlotti, D. Dall'Olio, C. Sala, E. Marcelli, G. La Manna, G. Castellani, G. Pasquinelli, \paperTitle{Fully automated estimation of glomerular basement membrane thickness via active semi-supervised learning model}, \journal{American Journal of Nephrology}, \url{10.1159/000542658} (2024 Nov 14) \\ %(I.F. 4.3)
\\
\qr{0.09}{10.3390_biomedinformatics4040126.png} & D. Griffa, A. Natale, Y. Merli, M. Starace, \textbf{N. Curti$^\dagger$}, M. Mussi, G. Castellani, D. Melandri, B.M. Piraccini, C. Zengarini, \paperTitle{Artificial Intelligence in Wound Care: A Narrative Review of the Currently Available Mobile Apps for Automatic Ulcer Segmentation}, \journal{BioMedInformatics}, \url{10.3390/biomedinformatics4040126} (2024 Dec 11) \\ % (I.F. _)
\\
\qr{0.1}{10.3390_ijms252413588.png} & D. Dall'Olio, F. Magnani, F. Casadei, T. Matteuzzi, \textbf{N. Curti}, A. Merlotti, G. Simonetti, M.G. Della Porta, D. Remondini, M. Tarozzi, G. Castellani, \paperTitle{Emerging Signatures of Hematological Cancers from Gene Expression and Gene Regulations}, \journal{International Journal of Molecular Sciences}, \url{10.3390/ijms252413588} (2024 Dec 19) \\ %(I.F. 5.6)
\\
\qr{0.1}{10.1007_s00405-024-09169-9.png} & G. Gravante, A.D. Arosio, \textbf{N. Curti}, R. Biondi, L. Berardi, A. Gandolfi, M. Turri-Zanoni, P. Castelnuovo, D. Remondini, M. Bignami, \paperTitle{Artificial intelligence and MRI in sinonasal tumors discrimination: where do we stand?}, \journal{European Archives of Oto-Rhino-Laryngology}, \url{10.1007/s00405-024-09169-9} (2024 Dec 24) \\ % (I.F. 1.9)
\\
\qr{0.1}{10.1016_j.heliyon.2024.e41404.png} & S. Dalmonte, M.A. Cocozza, D. Cuicchi, D. Remondini, L. Faggioni, P. Castellucci, A. Farolfi, E. Fortunati, A. Cappelli, R. Biondi, A. Cattabriga, G. Poggioli, S. Fanti, G. Castellani, F. Coppola, \textbf{N. Curti}, \paperTitle{Identification of PET/CT radiomic signature for locally recurrent rectal cancer classification}, \journal{Heliyon}, \url{10.1016/j.heliyon.2024.e41404} (2024 Dec 20) \\ %(I.F. 3.4)
\end{longtable}
% \vspace*{0.5cm}
% \section*{\scshape{Pubblicazioni - Work in progress}}
% \begin{paperlist}
% \qr{0.1}{article.png} & \textbf{N. Curti} \& L. Dall'Olio, G. Veronesi, G. Querzoli, F. Venturi, A. Sisi, S. Peluso, G. Castellani, E. Dika, \paperTitle{Towards Accurate Breslow Measurement: Mitigating Issues in Histopathological Imaging}, \journal{???}, \url{???} (2024 ???) \\ %(I.F. 9.2)
% \qr{0.1}{article.png} & G. Veronesi \& \textbf{N. Curti}, A. Gardini, G. Castellani, E. Dika, \paperTitle{A machine learning pipeline in melanoma classification: analysis of nuclei morphology and their spatial organization}, \journal{???}, \url{???} (2024 ???) \\ % (I.F. ???)
% \qr{0.1}{article.png} & L. Dall'Olio, D. Griffa, C. Zengarini, Y. Merli, L. Rapparini, B.M. Piraccini, M. Starace, G. Castellani, D. Remondini, \textbf{N. Curti}, \paperTitle{Automated 3D Wound Surface Area Estimation: Novel Computer Vision Approaches for Clinical Application}, \journal{???}, \url{???} (2024 ???) \\ % (I.F. ???)
% \qr{0.1}{article.png} & R. Biondi, S. Peluso, G. Gravante, A.D. Arosio, D. Remondini, \textbf{N. Curti}, \paperTitle{Towards Precision Medicine in Sinonasal Tumors: Low-Dimensional Radiomic Signature Extraction from MRI}, \journal{???}, \url{???} (2025 ???) \\ % (I.F. ???)
% \end{paperlist}
\vspace*{0.5cm}
\section*{\scshape{Open Access Archive}}
\begin{paperlist}
\enumicon{0.05}{article.png} \textbf{N. Curti}, E. Giampieri, G. Levi, G. Castellani, D. Remondini, \paperTitle{DNetPRO: A network approach for low-dimensional signatures from high-throughput data}, \journal{BioRxiv}, \url{10.1101/773622} (2019 Sep 19)
\enumicon{0.05}{code.png} \textbf{N. Curti} \& D. Dall'Olio, D. Remondini, G. Castellani, E. Giampieri, \paperTitle{rFBP: Replicated Focusing Belief Propagation algorithm}, \journal{Journal of Open Source Software}, \url{10.21105/joss.02663} (2020 Oct 20)
\enumicon{0.05}{code.png} R. Biondi \& \textbf{N. Curti}, E. Giampieri, G. Castellani, \paperTitle{COVID-19 Lung Segmentation}, \journal{Journal of Open Source Software}, \url{10.21105/joss.03447} (2021 Sep 30)
\end{paperlist}
\vspace*{0.5cm}
\section*{\scshape{Conference abstracts}}
\begin{paperlist}
\enumicon{0.05}{abstract.png} D. Dall'Olio, \textbf{N. Curti}, A. Bazzani, D. Remondini, G. Castellani, \paperTitle{Classification of Genome Wide Association data by Belief Propagation Neural network}, \journal{CCS 2019}
\enumicon{0.05}{abstract.png} C. Mengucci \& \textbf{N. Curti}, E. Giampieri, G. Castellani, D. Remondini, \paperTitle{Introducing the Complex Human Interactions in MEdical Records and Atlases Network - CHIMERA}, \journal{CCS 2019}
\enumicon{0.05}{poster.png} C. Fiscone, \textbf{N. Curti}, M. Ceccarelli, D. N. Manners, G. Castellani, R. Lodi, D. Remondini, C. Tonon, C. Testa, \paperTitle{Super Resolution of T$_1$w and T$_2$w MRI using deep neural networks: brain images from CamCan dataset}, \journal{GIDRM 2020}, [poster session]
\enumicon{0.05}{abstract.png} C. Fiscone, \textbf{N. Curti}, M. Ceccarelli, D. N. Manners, G. Castellani, R. Lodi, D. Remondini, C. Tonon, C. Testa, \paperTitle{Exploring the use of Enhanced-Deep-Super-Resolution neural network: a retrospective study on the CamCAN brain MRI Dataset}, \journal{ISMRM 2021}
\enumicon{0.05}{abstract.png} \textbf{N. Curti}, E. Giampieri, D. Dall'Olio, C. Sala, G. Castellani, \paperTitle{Semi-supervised active learning in automated wound image segmentation via smartphone mobile App}, \journal{ICMMB 2022}
\enumicon{0.05}{abstract.png} G. Carlini, \textbf{N. Curti}, S. Valente, E. Giampieri, E. Marcelli, G. Castellani, G. Pasquinelli, \paperTitle{Fully automated estimation of glomerular basement membrane thickness via active semi-supervised learning model}, \journal{ICMMB 2022}
\enumicon{0.05}{abstract.png} L. Bianchi, E. Tonin, P. Piazza, G. Carlini, C. Gaudiano, R. Golfieri, \textbf{N. Curti}, R. Schiavina, F. Giunchi, R. Biondi, D. Caruso, E. Giampieri, A. Merlotti, D. Dall'Olio, C. Sala, S. Pandolfi, D. Remondini, A. Rustici, L. Vincenzo Pastore, L. Scarpetti, B. Bortolani, E. Brunocilla, E. Marcelli, F. Coppola, G. Castellani, \paperTitle{Effectiveness of radiomic tumor zone of transition (ZOT) features in the automated discrimination of oncocytoma from clear cell renal cancer}, \journal{The Journal of Urology}
\enumicon{0.05}{abstract.png} G. Asti, E. Sauta, \textbf{N. Curti}, G. Carlini, L. Dall'Olio, L. Lanino, G. Maggioni, A. Campagna, M. Ubezio, A. Russo, G. Todisco, C.A. Tentori, P. Morandini, M. Bicchieri, M.C. Grondelli, M. Zampini, V. Savevski, N.R. Derus, D. Dall'Olio, C. Sala, A. Santoro, V. Santini, U. Platzbecker, M. Diez-Campelo, P. Fenaux, T. Haferlach, G. Castellani, M. Della Porta, S. D'Amico, \paperTitle{Clinical Text Reports to Stratify Patients Affected with Myeloid Neoplasms Using Natural Language Processing}, \journal{American Society of Hematology 2023}
\enumicon{0.05}{abstract.png} G. Asti, S. D'Amico, E. Sauta, \textbf{N. Curti}, G. Carlini, N.R. Derus, D. Dall'Olio, C. Sala, L. Dall'Olio, L. Lanino, G. Maggioni, A. Campagna, M. Ubezio, A. Russo, G. Todisco, C.A. Tentori, P. Morandini, M. Bicchieri, M.C. Grondelli, M. Zampini, V. Savevski, A. Santoro, V. Santini, U. Platzbecker, M. Diez-Campelo, P. Fenaux, T. Haferlach, G. Castellani, M. Della Porta, \paperTitle{Synthetic Histopathological Images Generation with Artificial Intelligence to Accelerate Research and Improve Clinical Outcomes in Hematology}, \journal{American Society of Hematology 2023}
\enumicon{0.05}{poster_prize.png} S. Odorici, \textbf{N. Curti}, N. Di Geronimo, L. Padovani, A. Moramarco, G. Castellani, L. Fontana, P. Versura, \paperTitle{RedAI – L'Iperemia congiuntivale bulbare valutata attraverso l'uso dell'intelligenza artificiale: quanto è rosso un occhio rosso}, \journal{3° Congresso Nazionale S.I.S.O.}, [poster session] \textbf{[1st Prize Best Poster]}
\enumicon{0.05}{poster.png} Y. Merli, \textbf{N. Curti}, M. Starace, E. Marcelli, G. Carlini, D. Buschi, G. Castellani, T. Bianchi, E. Giampieri, B.M. Piraccini, C. Zengarini, \paperTitle{L'intelligenza artificiale nel trattamento delle ferite: cosa fa e dove può portare}, \journal{98° Congresso Nazionale SIDeMaST}, [poster session]
\end{paperlist}
\vspace*{0.5cm}
\section*{\scshape{Open Source Software}}
\begin{tabular}{cclp{12cm}}
\href{https://github.com/Nico-Curti/DNetPRO}{\icon{0.025}{github_logo.png}} & \icon{0.025}{cpp.png} \icon{0.025}{python.png} & \scshape{DNetPRO} & \emph{Discriminant Analysis with Network PROcessing} \\
\href{https://github.com/Nico-Curti/NumPyNet}{\icon{0.025}{github_logo.png}} & \icon{0.025}{python.png} & \scshape{NumPyNet} & \emph{Neural Networks library in pure numpy} \\
\href{https://github.com/Nico-Curti/Openslide}{\icon{0.025}{github_logo.png}} & \icon{0.025}{cpp.png} \icon{0.025}{python.png} & \scshape{Openslide} & \emph{C library for reading virtual slide images} \\
\href{https://github.com/Nico-Curti/Byron}{\icon{0.025}{github_logo.png}} & \icon{0.025}{cpp.png} \icon{0.025}{python.png} & \scshape{Byron} & \emph{Build your own neural network} \\
\href{https://github.com/Nico-Curti/rFBP}{\icon{0.025}{github_logo.png}} & \icon{0.025}{cpp.png} \icon{0.025}{python.png} & \scshape{rFBP} & \emph{Replicated Focusing Belief Propagation algorithm} \\
\href{https://github.com/Nico-Curti/plasticity}{\icon{0.025}{github_logo.png}} & \icon{0.025}{cpp.png} \icon{0.025}{python.png} & \scshape{plasticity} & \emph{Unsupervised Neural Networks with biological-inspired learning rules} \\
\href{https://github.com/Nico-Curti/scorer}{\icon{0.025}{github_logo.png}} & \icon{0.025}{cpp.png} \icon{0.025}{python.png} & \scshape{scorer} & \emph{Machine Learning Scorer Library} \\
\href{https://github.com/Nico-Curti/ParseArgs}{\icon{0.025}{github_logo.png}} & \icon{0.025}{cpp.png} & \scshape{ParseArgs} & \emph{Simple command line parser in C++} \\
\href{https://github.com/Nico-Curti/easyDAG}{\icon{0.025}{github_logo.png}} & \icon{0.025}{cpp.png} & \scshape{easyDAG} & \emph{Simple template DAG scheduler in c++} \\
\href{https://github.com/Nico-Curti/genetic}{\icon{0.025}{github_logo.png}} & \icon{0.025}{cpp.png} & \scshape{genetic} & \emph{Examples about genetic algorithms for parallel computing} \\
\href{https://github.com/Nico-Curti/shut}{\icon{0.025}{github_logo.png}} & \icon{0.020}{bash.jpg} \icon{0.05}{pwsh.png} & \scshape{shut} & \emph{Shell Utilities and Installers for no root users} \\
\href{https://github.com/Nico-Curti/cardio}{\icon{0.025}{github_logo.png}} & \icon{0.025}{python.png} & \scshape{cardio} & \emph{Pulse oximetry data processing and classification} \\
\href{https://github.com/Nico-Curti/BlendNet}{\icon{0.025}{github_logo.png}} & \icon{0.025}{python.png} & \scshape{BlendNet} & \emph{Network viewer with Blender support} \\
\href{https://github.com/Nico-Curti/SysDyn}{\icon{0.025}{github_logo.png}} & \icon{0.025}{cpp.png} \icon{0.025}{python.png} & \scshape{SysDyn} & \emph{System Dynamics script utilities} \\
\href{https://github.com/Nico-Curti/nocs}{\icon{0.025}{github_logo.png}} & \icon{0.025}{cpp.png} & \scshape{nocs} & \emph{NOCS (Not Only Colliding Spheres) exact 2D gas dynamics framework} \\
\href{https://github.com/Nico-Curti/rSGD}{\icon{0.025}{github_logo.png}} & \icon{0.025}{cpp.png} \icon{0.025}{python.png} & \scshape{rSGD} & \emph{Replicated Stochastic Gradient Descent algorithm} \\
\href{https://github.com/Nico-Curti/Walkers}{\icon{0.025}{github_logo.png}} & \icon{0.025}{cpp.png} \icon{0.025}{python.png} & \scshape{Walkers} & \emph{Random Walk and Optimizer Simulator} \\
\href{https://github.com/Nico-Curti/CryptoSocket}{\icon{0.025}{github_logo.png}} & \icon{0.025}{python.png} & \scshape{CryptoSocket} & \emph{TCP/IP Client Server with RSA cryptography} \\
\href{https://github.com/Nico-Curti/FiloBluService}{\icon{0.025}{github_logo.png}} & \icon{0.025}{python.png} & \scshape{FiloBluService} & \emph{FiloBlu Service Manager for text message processing} \\
\href{https://github.com/Nico-Curti/anonymize-slide}{\icon{0.025}{github_logo.png}} & \icon{0.025}{python.png} & \scshape{anonymize-slide} & \emph{Delete the label from a whole-slide image} \\
\href{https://github.com/Nico-Curti/ITKGraphThickness3D}{\icon{0.025}{github_logo.png}} & \icon{0.025}{cpp.png} \icon{0.025}{python.png} & \scshape{ITKGraphThickness3D} & \emph{ITK module to compute graph from 3D thickness} \\
\href{https://github.com/Nico-Curti/OpenHiP}{\icon{0.025}{github_logo.png}} & \icon{0.025}{cpp.png} \icon{0.025}{python.png} & \scshape{OpenHiP} & \emph{Open Histo-Pathomics library} \\
\href{https://github.com/Nico-Curti/active_learning_validator}{\icon{0.025}{github_logo.png}} & \icon{0.025}{html.png} \icon{0.025}{js.png} & \scshape{Active Learning Validator} & \emph{Utility HTML+JS script for ASSL projects} \\
\href{https://github.com/Nico-Curti/graphomics}{\icon{0.025}{github_logo.png}} & \icon{0.025}{python.png} & \scshape{pyGraphomics} & \emph{Graphomics feature extraction in Python} \\
\href{https://github.com/Nico-Curti/pyhide}{\icon{0.025}{github_logo.png}} & \icon{0.025}{python.png} & \scshape{pyhide} & \emph{A simple python code obfuscator} \\
\href{https://github.com/Nico-Curti/Deepskin}{\icon{0.025}{github_logo.png}} & \icon{0.025}{python.png} & \scshape{deepskin} & \emph{Wound analysis using smartphone images} \\
\end{tabular}
\vspace*{0.5cm}
\input{./sections/scientific_activity.tex}
\IfLanguageName{italian} {
\section*{\scshape{Competenze Informatiche}}
}{
\section*{\scshape{Programming skills}}
}
\begin{tabular}{lp{3cm}cl}
\icon{0.05}{cpp.png} & \textbf{C/C++} & \priority{100}\priority{100}\priority{100}\priority{100}\priority{100} & ottima \\
\icon{0.05}{python.png} & \textbf{Python} & \priority{100}\priority{100}\priority{100}\priority{100}\priority{100} & ottima \\
\icon{0.075}{latex.png} & \LaTeX & \priority{100}\priority{100}\priority{100}\priority{100}\priority{50 } & ottima \\
\icon{0.04}{bash.jpg} & \textbf{Bash} & \priority{100}\priority{100}\priority{100}\priority{100}\priority{0 } & più che buona \\
\icon{0.1}{pwsh.png} & \textbf{Powershell} & \priority{100}\priority{100}\priority{100}\priority{100}\priority{0 } & più che buona \\
\icon{0.015}{cmake.png} & \textbf{CMake} & \priority{100}\priority{100}\priority{100}\priority{100}\priority{0 } & più che buona \\
\icon{0.15}{matlab.png} & \textbf{Matlab} & \priority{100}\priority{100}\priority{100}\priority{0 }\priority{0 } & buona \\
\icon{0.05}{html.png} & \textbf{HTML/CSS} & \priority{100}\priority{100}\priority{100}\priority{0 }\priority{0 } & buona \\
\icon{0.05}{js.png} & \textbf{JavaScript} & \priority{100}\priority{100}\priority{100}\priority{0 }\priority{0 } & buona \\
\icon{0.05}{java.png} & \textbf{Java} & \priority{100}\priority{100}\priority{0 }\priority{0 }\priority{0 } & buona \\
\icon{0.05}{android.png} & \textbf{Android} & \priority{100}\priority{100}\priority{0 }\priority{0 }\priority{0 } & buona \\
\end{tabular}
\vspace*{0.5cm}
\IfLanguageName{italian} {
\noindent Inoltre ho avuto modo di utilizzare i linguaggi di programmazione \emph{Julia}, \emph{Scala}, software di rendering grafico come \emph{Blender} e \emph{MeshMixer}, software di realtà virtuale come \emph{SteamVR} e \emph{Unity}.
} {
\noindent Furthermore, I have used programming languages like \emph{Julia}, \emph{Scala}, rendering softwares like \emph{Blender} and \emph{MeshMixer}, and virtual reality softwares like \emph{SteamVR} and \emph{Unity}.
}
\vspace*{0.5cm}
\IfLanguageName{italian} {
\section*{\scshape{Competenze Linguistiche}}
\newcommand\Italiano{Italiano}
\newcommand\Inglese{Inglese}
\newcommand\Madrelingua{Madre lingua}
\newcommand\livello{livello B2}
} {
\section*{\scshape{Language skills}}
\newcommand\Italiano{Italian}
\newcommand\Inglese{English}
\newcommand\Madrelingua{Mother language}
\newcommand\livello{B2 level}
}
\begin{tabular}{lp{3cm}cl}
\icon{.05}{ita.png} & \textbf{\Italiano:} & \priority{100}\priority{100}\priority{100}\priority{100}\priority{100} & \Madrelingua \\
\icon{.05}{eng.png} & \textbf{\Inglese:} & \priority{100}\priority{100}\priority{100}\priority{100}\priority{0} & \livello \\
\end{tabular}
\vspace*{0.5cm}
\quad
\begin{flushright}
Bologna, \today
\IfLanguageName{italian} {
In fede
}
\vspace*{0.5cm}
\begin{figure}[hb!]
\begin{flushright}
\SignatureImage[scale=0.5]{img/Firma.png}
\end{flushright}
\end{figure}
\end{flushright}
\vspace*{\fill}
\textbf{Autorizzo al trattamento dei dati personali contenuti in questo documento ai sensi dell'articolo 13 del D. Lgs. 196/2003.}
\end{document}