pierluigi vellucci

research fellow

About

(On that profile, you will not find the current list of my pubblications. See my website for a more detailed description about my papers and preprints, my biography and my teaching activity.) I am a Research Fellow at the Department of Economics, Roma Tre University. I work in a number of interdisciplinary applications of Mathematics, but primarily in multi-agent systems and energy economics. Other research areas (past or present) are: special functions, functional analysis, signal theory, robotics, mathematical biology. I am also a reviewer for MathSciNet and zbMATH.

Country

italy

City

priverno

Industry

education management

Skill

ricerca, modellazione matematica, lingua inglese, insegnamento, scienza, latex, matematica, istruzione, insegnamento universitario, teaching, corsi, statistiche, mathematical modeling, research, english, numerical analysis, university teaching, statistics, powerpoint, matlab, analisi numerica, science, project management, harmonic analysis, functional analysis, number theory, chaos theory, analisi matematica, matematica applicata, editing, pubblicazioni professionali, scrittura scientifica, r, analisi dei dati, c, c++, social media, tutoring, management, informatica, assistenza clienti, microsoft excel, machine learning, business intelligence

Experience

research fellow

università degli studi roma tre

2019-7 - Present · 7 yrs 3 mos

Mathematical Methods of Economics, Finance and Actuarial Sciences. Circles of search and relative activities: Study of complex systems, with particular regard to predicting methodologies as well as signal theory to be applied to the study of financial and energy commodity markets. Use of the rich variety of techniques characterizing modeling approaches handling with the study of complex economic systems formed by a large number of interconnected and interacting agents (so called agent based models).

contract professor

università degli studi roma tre

2017-9 - 2018-9 · 1 yr 1 mo

AY 2016/2017. Contract professor to support the course of “Matematica per l’Economia”. Faculty of Economics, Roma Tre University (Rome). AY 2016/2017. Contract professor to support the course of “Matematica generale”. Faculty of Economics, Roma Tre University (Rome).

reviewer

mathscinet american mathematical society

2016-1 - Present · 10 yrs 9 mos

Topics: nontrigonometric harmonic analysis, orthogonal polynomials, continued radicals.

reviewer

zentralblatt math

2015-1 - Present · 11 yrs 9 mos

Topics: nontrigonometric harmonic analysis, orthogonal polynomials, continued radicals.

post-doc research

department of economics roma tre university

2016-11 - 2018-10 · 2 yrs

contract professor

university of rome "la sapienza"

2015-10 - 2016-9 · 1 yr

AY 2015/2016. Contract professor for a lecture series – course of Calculus II (taught class, students office hours, exams). Faculty of Civil Engineering, Sapienza University of Rome (Rome). AY 2015/2016. Tutor for the courses of Calculus (taught class, students office hours, exams). Faculty of Civil and Industrial Engineering, Sapienza University of Rome (Rome). AY 2015/2016. Tutor for the courses of Calculus and Geometry (taught class, students office hours, exams). Faculty of Information Engineering, Informatics, and Statistics, Sapienza University of Rome. AY 2015/2016. Contract professor for preparatory course in Mathematics. Faculty of Information Engineering, Informatics, and Statistics, Sapienza University of Rome. AY 2015/2016. Contract professor for preparatory course in Mathematics. Faculty of Civil and Industrial Engineering, Sapienza University of Rome.

phd student in mathematical models for engineering, electromagnetism and nanoscience

university of rome "la sapienza"

2013-10 - 2016-10 · 3 yrs 1 mo

* My research interests, developed during the whole course of doctorate, are: orthogonal polynomials, non-integer bases, Riesz bases and frames. These researches were finalised to some areas of mathematical modeling, pure and applied mathematics: models of intracellular enzymatic interactions * signal reconstruction * Robotics (hyper-redundant manipulators) * infinite nested square roots * pi-formulas.