Title : ( A new non-uniform adaptive-sampling successive approximation ADC for biomedical sparse signals )
Authors: Maryam Zarre , Hassan Sepehrian , Mohammad Maymandi Nejad ,
Full TextAbstract
This paper presents a new sampling technique and a successive approximation analog to digital converter (SA-ADC) which samples sparse signals in a non-uniform adaptive way. The proposed sampling technique has the capability to be incorporated in the structure of the SA-ADC. The proposed SA-ADC changes the rate of sampling in accordance with the rate of changes of the signal. In this way, the data volume is reduced considerably without losing the important information in the signal. Simulation results in the 0.18 um CMOS technology shows a power saving of up to 90.5 % and a compression ratio of 7.5 compared to the conventional sampling technique of ECG signals.
Keywords
, Successive approximation ADC, Low power, Non-uniform sampling, Signal specific sampling, Biomedical signal, Electrocardiogram
@article{paperid:1033148,
author = {Zarre, Maryam and Sepehrian, Hassan and Maymandi Nejad, Mohammad},
title = {A new non-uniform adaptive-sampling successive approximation ADC for biomedical sparse signals},
journal = {Analog Integrated Circuits And Signal Processing},
year = {2013},
volume = {74},
number = {2},
month = {February},
issn = {0925-1030},
pages = {317--330},
numpages = {13},
keywords = {Successive approximation ADC; Low power; Non-uniform sampling; Signal specific sampling; Biomedical signal; Electrocardiogram},
}
%0 Journal Article
%T A new non-uniform adaptive-sampling successive approximation ADC for biomedical sparse signals
%A Zarre, Maryam
%A Sepehrian, Hassan
%A Maymandi Nejad, Mohammad
%J Analog Integrated Circuits And Signal Processing
%@ 0925-1030
%D 2013
