In this paper we describe a theorectical framework for obtaining a detailed characterization of the analog properties of a mixed signal transmission channel and present experimental results for the
This paper provides a theoretical basis for eliminating or reducing the energy consumption due to transients in a synchronous digital circuit.
Digital Coding of Speech in Sub-bands By R. E. CROCHIERE, S. A. WEBBER, and J. L.
Preface: Digital Coding is by no means a new subject. It has been practiced for the better part of fifty years, with the last twenty years, witnessing an unprecedented amount of activity.
Conventional coherent detection attempts to synchronize local lasers with transmit lasers indiscriminately without considering individual noise contributors.
We demonstrate the use of digital coherent superposition to improve the performance of space-division-multiplexed (SDM) 676-Gb/s OFDM-16QAM superchannels, achieving ~4 dB improvement in OSNR by usi
We demonstrate the use of digital coherent superposition to improve the performance of space-division-multiplexed (SDM) 676-Gb/s OFDM-16QAM superchannels, achieving ~4 dB improvement in OSNR by usi
Copyright © 1983 American Telephone and Telegraph Company. Printed in U.S.A. Digital Communications Over Fading Radio Channels By G. J. FOSCHINI and J.
Transmitter Leakage (Tx Leakage, TxL) has a significant impact on the performance of frequency division duplex (FDD) devices using zero-IF receivers and thus, requires a suitable compensation.
Digital subscriber line (DSL) technology for copper twisted pair access networks has been evolving to meet the evergrowing demand for higher data rates.
