Novello, R.

alcatel lucent

10Papers / 论文

109Citations / 引用

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个人简介

Rocco Novello received the M.S.E.E. from the University of Rome “La Sapienza,” Rome, Italy, in 1979. He is currently Head of digital and power equipment design with Thales Alenia Space-Italy, Rome. He joined MAEL Computer Spa in 1979, designing a 16-bit minicomputer with bit slice technology and the relevant memory management unit. He joined SEMP Srl in 1982, where he designed a Z80-based “coprocessor board” and an interface between a minicomputer and a hard disk. He joined Face Standard (ITT group, now Alcatel) in 1984, participating in the design of a PABX and of a digital interactive subset (ISDN U interface). He joined Selenia Spazio Spa (now Thales Alenia Space) in 1986, where he has been Designer and Project Manager of the following projects: CCSDS-ESA standard Packet Telecommand Decoder, Hermes Communication Processor Formatter, ARTEMIS satellite TMTC modules, and Hot Bird 4 Skyplex. He coordinated the design activities of a decryption control unit, a fault-tolerant onboard computer, all Thales Alenia Space-Italy onboard processors, including demodulators and switching matrix, and several versions of Skyplex, Koreasat 5 TCR.

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1Advances in Deep-Space Transponder Technology Transponders for telemetry, tracking and command on the next mission to Mercury will use improved digital techniques and both X-, and Ka-band frequencies.

M C Comparini,R Novello,V Piloni,Lorenzo Simone,D Gelfusa, D Fiore,F Barletta, Massimo Delfino,S Cocchi,Fernando Marchetti, A Delfino, A Rapposelli

2007引用：23

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2Advances in Deep-Space Transponder Technology

Massimo Claudio Comparini,Fabio De Tiberis,Rocco Novello,Vincenzo Piloni,Lorenzo Simone, Dario Gelfusa, Filippo Argentieri, David Joseph Fiore, Francesco Barletta, Massimo Delfino, Sigilfredo Cocchi,Fernando Marchetti,

The paper offers an overview of the deep-space transponder (DST) equipment that has been developed by Thales Alenia Space-Italy over the last two decades in the framework of various European programs. It briefly describes major achievements, technologies, and characteristics relevant to the present class of DSTs operating in S- and X-band (Rosetta, Mars Express, and Venus Express missions). A complete overview of the novel DST equipment designed and developed for X- and Ka-band applications (BepiColombo mission) is provided.

2007PROCEEDINGS OF THE IEEE（2007）引用：24

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3Advances in Deep-Space Transponder Technology Transponders for Telemetry, Tracking and Command on the Next Mission to Mercury Will Use Improved Digital Techniques and Both X-, and Ka-band Frequencies.

M.C. Comparini,Rocco Novello,V. Piloni,Lorenzo Simone,D. Gelfusa, David Joseph Fiore, Francesco Barletta,M. Delfino,S. Cocchi, F. Marchetti, Antonio Delfino, Antonio Rapposelli

The paper offers an overview of the deep-space transponder (DST) equipment that have been developed by Thales Alenia Space-Italy over the last two decades in the framework of various European programs. It briefly describes major achievements, technologies, and characteristics relevant to the present class of DSTs operating in S- and X-band (Rosetta, Mars Express, and Venus Express missions). A complete overview of the novel DST equipment designed and developed for X- and Ka-band applications (BepiColombo mission) is provided.

2007

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4Telecommunications Services by Satellite: Enabling Technologies and Examples

M. C. Comparini,A. Faure,R. Novello, J. Prat

On-board processing technologies are essential for the development and realization of advanced, cost-effective space solutions for emerging telecommunication services.

2006ALCATEL TELECOMMUNICATIONS REVIEW（2006）引用：24

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5The Koreasat 5 Secure Communication System: Design, Development and Performance

R. Novello,L. Simone,F. De Tiberis, M. Parisse, S. Paolucci,F. Barletta,D. Gelfusa,S. Cocchi, D. Fiore,R. Viola, I. Martinazzo, G. Lippolis,

This paper presents the Koreasat 5 secure communication system that has been design and developed by Alcatel Alenia Space-Italy (AAS-I) for Agency for Defense Development-South Korea

20062006 IEEE AEROSPACE CONFERENCE, VOLS 1-9引用：4

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6A X/X Spread-Spectrum Transponder for Secure Communication

L. Simone,F. De Tiberis,F. Barletta,D. Gelfusa,S. Cocchi, F. Argentieri,R. Viola, I. Martinazzo,M. Delfino, P. Panella,F. Felici,R. Novello,

Aim of this paper is to provide an overview of Alcatel Alenia Space-Italy (AAS-I) Spread-Spectrum Transponder platform placing emphasis on its advanced features for secure telemetry, tracking & command (TT&C) applications

20062006 IEEE AEROSPACE CONFERENCE, VOLS 1-9引用：6

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7Overview on Band-Pass Sampling Approaches for On-Board Processing

G Lippolis,L Simone,MC Comparini,D Gelfusa,V Piloni,R Novello

Aim of this tutorial is to provide an overview on band-pass sampling approach for on-board processing applications. The paper will focus on the I/Q sampling of bandpass signals and their downconversion. The image problem and two methods for its rejection is presented.

2004Proceedings of the Fourth IEEE International Symposium on Signal Processing and Information Technology引用：4

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8Integrated Substrate Packaging Based on LTCC and HTCC Technologies for Highly Integrated Space Equipment

U Di Marcantonio,I Di Nardo,Marco Tursini,M C Comparini,R Novello, C Leone

2003引用：24

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9Integrated Substrate Packaging Based on LTCC and HTCC Technologies for Highly Integrated Space Equipment

U. Di Marcantonio,I. Di Nardo, M. Tursini,M.C. Comparini,R. Novello, Carlo Antonio Leone

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10Skyplex Equipment: A Satellite Implementation of the Digital Video Broadcasting (dvb) Standard

P Farilla, M Massaro,R Novello,V Piloni

The SKYPLEX concept allows to implement digital satellite video broadcasting function: several uplink carriers allocated in a defined bandwidth and carrying QPSK modulated coded MPEG2 packets are processed in order to create a downlink Time Division Multiplexing (TDM) stream compliant to the ETSI DVB standard and occupying the same uplink bandwidth.Alenia Aerospazio developed one SKYPLEX Unit to be used in the Hotbird 4 satellite and is developing an enhanced version for the Hotbird 5 satellite.The paper gives an overview of the system and describes the main building blocks implemented with ASICs. Finally, possible improvements, based on the experience acquired in the design of the flight application and on the use of advanced technology are highlighted.

1997ECSC-4 4TH EUROPEAN CONFERENCE ON SATELLITE COMMUNICATIONS

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