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Giulio Giuseppe Marotta


Nome: Giulio Giuseppe
Cognome: Marotta
Qualifica: Docente esterno
Settore Scientifico Disciplinare: ING-INF/01 (Elettronica)
Struttura di afferenza: Dipartimento di Ingegneria industriale e dell'informazione e di economia
Email: gmarotta1katamail.com
Telefono Ufficio: +39 0863456418
Altro telefono: +39 0746707263

Insegnamenti tenuti - a.a.



Curriculum scientifico

(Aggiornato il 28/07/2014)

Link versione stampabile (pdf)

 Dati anagrafici e curriculari – Giulio Giuseppe MarottaNome :  Giulio Giuseppe MarottaLuogo e data  di nascita :   Rieti, 3 novembre 1952Residenza :      Via Fontecerro Sud 18C  - 02043 Contigliano (RI)Tel :      0746 - 707263Codice fiscale : MRT GGS 52S03H282RTitolo di studio: Laurea in Ingegneria Elettronica  -  La Sapienza - Roma Sede di lavoro:  Micron Semiconductor Italia -  Via A. Pacinotti 5/7 - Nucleo Industriale - 67051 Avezzano (AQ)Tel           :  0863 - 456418Esperienza professionale maturata :-         Assunto da Texas Instruments Italia nel 1981 -         1 anno come Process e Test  Engineer in impianto di assemblaggio di transistori discreti di potenza.-         18 anni come progettista di circuiti integrati e responsabile di progetto presso il dipartimento di Ricerca e Sviluppo della  Texas Instruments Italia a Rieti, ad Avezzano (AQ) e presso il VLSI  Design Center del Central Research Lab della Texas Instruments Incorporated – Dallas-         15 anni, dal 1999, come Project Manager presso il Dipartimento di Ricerca e sviluppo della Micron Italia in Avezzano (AQ)  Interessi di ricerca :circuiti analogici bipolari e CMOS, sistemi integrati mixed signal, convertitori A/D e D/A, interfacce contactless, reti neurali, memorie associative, pattern recognition, memorie non volatili a floating gate (EPROM, EEPROM, NOR-Flash, NAND-Flash) e RRAM, memorie ferroelettriche e spintroniche, metodologie di progetto e CAD Progetti eseguiti:- SN94516 : circuito monolitico in tecnologia bipolare per il  controllo di lampade di emergenza. - TCM 1715 : forchetta telefonica attiva in tecnologia bipolar- TCM 1725 : forchetta telefonica attiva in tecnologia bipolare  - TCM 1745 : forchetta telefonica attiva in tecnologia bipolare- SN94512  : Car Check Controller monolitico in tecnologia bipolare- SN94914  : Circuito di interfaccia per sensore di livello d'olio termoresistivo. Tecnologia CMOS.- TCM 3642 : Transponder passivo integrato in tecnologia CMOS+Eeprom  (primo al mondo con EEprom a bordo)- TMS 3637 : Trasmettitore / Ricevitore per controllo remoto. Tecnologia CMOS + Eeprom- TMS87C510 : 512Kbit EEprom con multiplexed I/O- TMS87C110 : 1 Mbit EEprom con multiplexed I/O- TLE2301   : Amplificatore Operazionale di potenza in tecnologia  bipolare-jfet.- Libreria di moduli EPROM per applicazioni embedded in microcontrollori della famiglia TMS 370 C8/C16. - Libreria di moduli EEPROM per applicazioni embedded in microcontrollori della famiglia TMS 370 C8/C16 - Libreria di moduli FLASH EPROM per applicazioni embedded in micro controllori della famiglia TMS 370 C8/C16 e DSP della famiglia  TMS 320. ( prime flash embedded al mondo prodotte in volumi ).- Chips di memoria NOR-Flash per applicazioni wireless- Chips di memoria NAND-Flash multilivello fino a 4 bit per cella:    http://www.micron.com/products/nand-flash/slc-nand    http://www.micron.com/products/nand-flash/mlc-nand    http://www.micron.com/products/nand-flash/tlc-nand  Autore di 65 brevetti di invenzione industriale:
   PAT. NO.Title
8,407,400Dynamic SLC/MLC blocks allocations for non-volatile memory
8,405,444Voltage switching in a memory device
8,248,862Source bias shift for multilevel memories
8,217,705Voltage switching in a memory device
8,174,897Programming in a memory device
8,144,525Memory cell sensing using negative voltage
7,983,088Programming in a memory device
7,978,556On-chip temperature sensor
7,948,802Sensing memory cells
7,701,776Low power multiple bit sense amplifier
7,635,991Output buffer strength trimming
7,630,265On-chip temperature sensor
7,440,332Low power multiple bit sense amplifier
7,403,423Sensing scheme for low-voltage flash memory
7,324,381Low power multiple bit sense amplifier
7,271,620Variable impedance output buffer
7,238,981Metal-poly integrated capacitor structure
RE39,697Method of making floating-gate memory-cell array with digital logic transistors
7,206,240Fast sensing scheme for floating-gate memory cells
7,200,041Sensing scheme for low-voltage flash memory
7,161,376Variable impedence output buffer
7,064,582Output buffer strength trimming
7,057,416Enhanced protection for input buffers of low-voltage flash memories
7,034,587Conditioned and robust ultra-low power power-on reset sequencer for integrated circuits
7,034,575Variable impedence output buffer
7,009,241Metal-poly integrated capacitor structure
6,940,310Enhanced protection for input buffers of low-voltage flash memories
6,924,676Conditioned and robust ultra-low power power-on reset sequencer for integrated circuits
6,911,862Ultra-low current band-gap reference
6,906,956Band-gap voltage reference
6,898,131Voltage and temperature compensated pulse generator
6,897,511Metal-poly integrated capacitor structure
6,822,904Fast sensing scheme for floating-gate memory cells
6,813,190Methods of sensing a programmed state of a floating-gate memory cell
6,807,111Voltage and temperature compensated pulse generator
6,801,079Ultra-low current band-gap reference
6,795,343Band-gap voltage reference
6,751,121Flash memory array architecture
6,697,284Flash memory array structure
6,697,283Temperature and voltage compensated reference current generator
6,687,161Sensing scheme for low-voltage flash memory
6,643,192Voltage and temperature compensated pulse generator
6,628,142Enhanced protection for input buffers of low-voltage flash memories
6,584,035Supply noise reduction in memory device column selection
6,525,410Integrated circuit wireless tagging
6,475,846Method of making floating-gate memory-cell array with digital logic transistors
6,368,901Integrated circuit wireless tagging
6,262,914Flash memory segmentation
6,191,976Flash memory margin mode enhancements
6,118,706Flash memory block or sector clear operation
5,907,171Method of making floating-gate memory-cell array with digital logic transistors
5,874,849Low voltage, high current pump for flash memory
5,844,839Programmable and convertible non-volatile memory array
5,815,026High efficiency, high voltage, low current charge pump
5,732,021Programmable and convertible non-volatile memory array
5,717,634Programmable and convertible non-volatile memory array
5,715,195Programmable memory verify "0" and verify "1" circuit and method
5,704,014Voltage-current conversion circuit employing MOS transistor cells as synapses of neural network
5,703,807EEPROM with enhanced reliability by selectable V.sub.PP for write and erase
5,563,959Character recognition
5,557,569Low voltage flash EEPROM C-cell using fowler-nordheim tunneling
5,457,771Integrated circuit with non-volatile, variable resistor, for use in neuronic network
5,319,604Circuitry and method for selectively switching negative voltages in CMOS integrated circuits
5,299,286Data processing system for implementing architecture of neural network subject to learning process
5,274,743Learning system for a neural net of a suitable architecture, physically insertable in the learning process
  Pubblicazioni :A 3bit/cell 32Gb NAND flash memory at 34nm with 6MB/s program throughput and with dynamic 2b/cell blocks configuration mode for a program throughput increase up to 13MB/s Marotta, G.G. ; Macerola, A. ; D'Alessandro, A. ; Torsi, A. ; Cerafogli, C. ; Lattaro, C. ; Musilli, C. ; Rivers, D. ; Sirizotti, E. ; Paolini, F. ; Imondi, G. ; Naso, G. ; Santin, G. ; Botticchio, L. ; De Santis, L. ; Pilolli, L. ; Gallese, M.L. ; Incarnati, M. ; Tiburzi, M. ; Conenna, P. ; Perugini, S. ; Moschiano, V. ; Di Francesco, W. ; Goldman, M. ; Haid, C. ; Di Cicco, D. ; Orlandi, D. ; Rori, F. ; Rossini, M. ; Vali, T. ; Ghodsi, R. ; Roohparvar, F.
Solid-State Circuits Conference Digest of Technical Papers (ISSCC), 2010 IEEE International
Digital Object Identifier: 10.1109/ISSCC.2010.5433949
Publication Year: 2010 , Page(s): 444 - 445
Cited by:  Papers (10) IEEE Conference Publications | | Quick Abstract  | PDF (210 KB) |  HTML    Contactless inductive-operation microcircuits for medical applications Talamonti, L. ; Porrovecchio, G. ; Marotta, G.
Engineering in Medicine and Biology Society, 1988. Proceedings of the Annual International Conference of the IEEE
Digital Object Identifier: 10.1109/IEMBS.1988.95076
Publication Year: 1988 , Page(s): 818 - 819 vol.2
Cited by:  Papers (2)  |  Patents (1) IEEE Conference Publications  A 128Gb 3b/cell NAND flash design using 20nm planar-cell technology Naso, G. ; Botticchio, L. ; Castelli, M. ; Cerafogli, C. ; Cichocki, M. ; Conenna, P. ; D'Alessandro, A. ; Santis, L.D. ; Cicco, D.D. ; Francesco, W.D. ; Gallese, M.L. ; Gallo, G. ; Incarnati, M. ; Lattaro, C. ; Macerola, A. ; Marotta, G. ; Moschiano, V. ; Orlandi, D. ; Paolini, F. ; Perugini, S. ; Pilolli, L. ; Pistilli, P. ; Rizzo, G. ; Rori, F. ; Rossini, M. ; Santin, G. ; Sirizotti, E. ; Smaniotto, A. ; Siciliani, U. ; Tiburzi, M. ; Meyer, R. ; Goda, A. ; Filipiak, B. ; Vali, T. ; Helm, M. ; Ghodsi, R.
Solid-State Circuits Conference Digest of Technical Papers (ISSCC), 2013 IEEE International
Digital Object Identifier: 10.1109/ISSCC.2013.6487707
Publication Year: 2013 , Page(s): 218 - 219 IEEE Conference Publications | | Quick Abstract  | PDF (341 KB) |  HTML    Measurement system for a preliminary characterisation of flash memory cells for multilevel applications Bucci, G. ; Faccio, M. ; Landi, C. ; Marotta, G.
Instrumentation and Measurement Technology Conference, 1998. IMTC/98. Conference Proceedings. IEEE
Volume: 1
Digital Object Identifier: 10.1109/IMTC.1998.679839
Publication Year: 1998 , Page(s): 506 - 510 vol.1 IEEE Conference Publications | | Quick Abstract  | PDF (408 KB)    A new low cost fingerprint recognition system on FPGA Alilla, A. ; Faccio, M. ; Vali, T. ; Marotta, G. ; DeSantis, L.
Industrial Technology (ICIT), 2013 IEEE International Conference on
Digital Object Identifier: 10.1109/ICIT.2013.6505806
Publication Year: 2013 , Page(s): 988 - 993 IEEE Conference Publications | | Quick Abstract  | PDF (883 KB) |  HTML   Full-Wave Modeling of Inductive Coupling Links forLow-Power 3D System IntegrationGiulio Antonini, Daniele Romano and Giovanni De Luca,Università degli Studi dell’Aquila, Aquila, Italy; TommasoVali, Giulio Marotta, and Luca De Santis, Micron Italia,Italy - 2013 IEEE International Symposium on Electromagnetic Compatibility - EMC 2013  - " Memory Card Resident Character Recognition System "    Proceedings of the PC Card Symposium hosted by PCMCIA, May 92,    Santa Clara ( CA ) - " A high speed embedded flash memory for DSP and MCU applications"    Proceedings of the European Microprocessor and Microcontroller    Seminar, 1996. - " Memoria Flash embedded per microcontrollori e DSP "    Alta Frequenza, marzo-aprile 1997, p. 33 - " Modulo di memoria E2PROM embedded single poly "    Alta Frequenza, marzo-aprile 1997, p. 43 -  " Non volatile memory technologies with emphasis on Flash"     IEEE Press Series on Microelectronic Systems      John Wiley & Sons - Hoboken NJ - 2008
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