A digital implementation of the multicarrier demodulation is described with attention given to its advantages, flexibility, better performance, and VLSI possible integrability. The impact of the use of a network clock synchronization on the overall MCD complexity is studied in detail. It is noted that the digital architecture of the proposed MCD can be adapted to different digital modulation techniques; however, in the present paper, emphasis is placed on the application for QPSK signals.
Digital Multicarrier Demodulator for Regenerative Communications Satellite / E. Del Re; R. Fantacci. - In: ALTA FREQUENZA. - ISSN 0002-6557. - STAMPA. - LVII:(1988), pp. 545-559.
Digital Multicarrier Demodulator for Regenerative Communications Satellite
DEL RE, ENRICO;FANTACCI, ROMANO
1988
Abstract
A digital implementation of the multicarrier demodulation is described with attention given to its advantages, flexibility, better performance, and VLSI possible integrability. The impact of the use of a network clock synchronization on the overall MCD complexity is studied in detail. It is noted that the digital architecture of the proposed MCD can be adapted to different digital modulation techniques; however, in the present paper, emphasis is placed on the application for QPSK signals.
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Digital Multicarrier Demodulator for Regenerative Communications Satellite 1.pdf
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Digital Multicarrier Demodulator for Regenerative Communications Satellite 2.pdf
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Tipologia:
Pdf editoriale (Version of record)
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Open Access
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8.81 MB
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8.81 MB | Adobe PDF |
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