Mario R. Hueda - researchr alias

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Viewing Publication 1 - 30 from 30

2023

2022

2021

Background Compensation of Frequency Interleaved DAC for Optical TransceiversAgustin C. Galetto, Benjamin T. Reyes, Damian A. Morero, Mario R. Hueda. lascas 2021: 1-4 [doi]

Adaptive Background Compensation of Frequency Interleaved DACs With Application to Coherent Optical TransceiversAgustin C. Galetto, Benjamin T. Reyes, Damian A. Morero, Mario R. Hueda. access, 9:41821-41832, 2021. [doi]

Reduced Complexity Backpropagation-Based Adaptive Compensation of Frequency Interleaved ADC for Digital Communication ReceiversLeandro Passetti, Benjamin T. Reyes, Damian A. Morero, Mario R. Hueda. iscas 2021: 1-5 [doi]

Experimental Evaluation of Backpropagation-Based Background Compensation of TI-ADC with Application to Digital Communication ReceiversFredy Solis, Damian A. Morero, Mario R. Hueda, Benjamin T. Reyes. iscas 2021: 1-5 [doi]

A 4GS/s 8-bit time-interleaved SAR ADC with an energy-efficient architecture in 130 nm CMOSFredy Solis, Álvaro Fernandez Bocco, Agustin C. Galetto, Leandro Passetti, Mario R. Hueda, Benjamin T. Reyes. ijcta, 49(10):3171-3185, 2021. [doi]

An Error Backpropagation-based Background Calibration of Pipeline TI-ADCs for 256-QAM Optical Coherent ReceiversÁlvaro Fernandez Bocco, Fredy Solis, Benjamin T. Reyes, Damian A. Morero, Mario R. Hueda. lascas 2021: 1-4 [doi]

2020

Backpropagation-Based Background Compensation of Frequency Interleaved ADC for Coherent Optical ReceiversLeandro Passetti, Agustin C. Galetto, Diego J. Hernando, Damian A. Morero, Benjamin T. Reyes, Mario R. Hueda. iscas 2020: 1-5 [doi]

Background Calibration of Time-Interleaved ADC for Optical Coherent Receivers using Error Backpropagation TechniquesFredy Solis, Alvaro Fernandez Bocco, Damian A. Morero, Mario R. Hueda, Benjamin T. Reyes. iscas 2020: 1-5 [doi]

2019

An Energy-Efficient Hierarchical Architecture for Time-Interleaved SAR ADCBenjamin T. Reyes, Laura Biolato, Agustin C. Galetto, Leandro Passetti, Fredy Solis, Mario R. Hueda. tcas, 66(6):2064-2076, 2019. [doi]

2018

An 8-bit 3.2GS/S CMOS time-interleaved SAR ADC with non-buffered input demultiplexingBenjamin T. Reyes, Laura Biolato, Agustin C. Gaietto, Leandro Passetti, Fredy Solisi, Mario R. Hueda. lascas 2018: 1-4 [doi]

2017

Design and Experimental Evaluation of a Time-Interleaved ADC Calibration Algorithm for Application in High-Speed Communication SystemsBenjamin T. Reyes, Raul M. Sanchez, Ariel L. Pola, Mario R. Hueda. tcas, 64-I(5):1019-1030, 2017. [doi]

2016

2015

Performance of joint iterative detection and decoding in coherent optical channelsMario A. Castrillon, Damian A. Morero, Oscar E. Agazzi, Mario R. Hueda. ofc 2015: 1-3 [doi]

Maximum Likelihood Sequence Detection Receivers for Nonlinear Optical ChannelsGabriel N. Maggio, Mario R. Hueda, Oscar E. Agazzi. jece, 2015, 2015. [doi]

2012

Joint sampling-time error and channel skew calibration of time-interleaved ADC in multichannel fiber optic receiversBenjamin T. Reyes, Venu Gopinathan, Pablo Sergio Mandolesi, Mario R. Hueda. iscas 2012: 2981-2984 [doi]

2011

Design and parallel implementation of an adaptive baseline wander compensator for high-speed optical coherent receiversGabriel N. Maggio, Mario R. Hueda. iscas 2011: 969-972 [doi]

2008

2002

On first-order Markov modeling for block errors on fading channelsMario R. Hueda. vtc 2002: 1336-1339 [doi]

A novel architecture for robust video transmission in MC-CDMA cellular networks over slow fading channelsMario R. Hueda. globecom 2002: 1743-1748 [doi]

On the Markovian approximation for block-errors in DS-CDMA transmissions over slow fading channels with multicarrier transmit diversityMario R. Hueda. icc 2002: 737-741 [doi]

2001

On the equivalence of channel-state and block-error Markov models for the analysis of transmission over slow fading channelsMario R. Hueda. vtc 2001: 1043-1047 [doi]

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