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Compressione di immagini multispettrali

Arturo Ragozini

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Arturo Ragozini

My specific competence is in the research in the field of signal processing for digital communications.
During my Ph.D. and afterwards, as industrial researcher, I have been designing a number of original algorithms for multi-user detection and timing and frequency recovery (FLL & DLL) in DS-CDMA and MC-CDMA systems.
Currently I am senior researcher in a project (sponsored by Italian Research Ministry) of a new MC-CDMA modem for BWA.
My current responsibilities range from the system definition (DLC-MAC-PHY) to the design and simulation of the single algorithm (PHY & MAC).
In digital communications I master OFDM, MC-CDMA and DS-CDMA, multidimensional TCM, DLL and digital FLL design, channel estimation and modeling, interference suppression and much more.
As researcher on image processing, during my PhD I have been using a variety of math tools, among the others I can count on wavelet analysis, vector quantization, TCVQ, Markov Random Fields and Simulated Annealing.
In the filed of remote sensing I have been working on SAR (compression and focusing of raw data) and on multispectral (compression and classification) images.
I can count on a number of publications on international journals and conferences and three EU patents (ongoing).
I can also count on a sound background in Communications Systems thanks both to my on field and academic experience (Ph.D. and Contract Professor).
I am eager to join to a research group with the ambition to lead the challenge to new multimedia technologies for wireless broadband access networks.
I am available to work abroad (US and Europe) and I can be contacted by email at any time.

Studi

  • Dottorato di ricerca in ingegneria elettronica e informatica
    conseguito presso Università degli Studi di Napoli nell'anno 1999
    con una votazione di 110 e lode
    sostendendo i seguenti esami:
    Materia   Voto
    gemetria   30
    fisica 1   30
    analisi 2   30
    fisica 2   30
    fondamenti di informatica 2   30
    fisica tecnica   28
    metodi matematici per l'ingegneria   30
    teoria dei sistemi   30
    teoria dei segnali   30
    campi elettromagnetici 1   30
    Elettrotecnica   30
    analisi 1   30
    chimica   30
    fondamenti di informatica 1   30
  • Diploma di maturità conseguito presso il Liceo classico
    con votazione 60/60°

Altri titoli di studio

  • Dottorato di Ricerca
    conseguito presso Università Federico II nell'anno 1999

Lingue straniere

  • Inglese parlato e scritto: ottimo
  • Francese parlato e scritto: buono

Conoscenze informatiche

  • Livello ottimo