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1 to perform automated cell classification and denoising.
2  with classical singular value decomposition denoising.
3 d on Rudin-Osher-Fatemi total variation (TV) denoising.
4 aluable filter in addition to flowgram-based denoising.
5 terative deconvolution incorporating wavelet denoising.
6 to-noise variations was addressed by wavelet denoising.
7 rimentally determined and used for efficient denoising.
8 ining noise, and thus obtain an enhanced and denoised 7 T MRI for PVS segmentation.
9 ificantly improved by using the enhanced and denoised 7 T MRI.
10        We show how the model can be used to 'denoise' a microarray dataset leading to improved expres
11                        We show that an image denoising algorithm that exploits redundancy in the imag
12                           We introduce a new denoising algorithm that we call DADA (Divisive Amplicon
13 the computer memory footprint and allows the denoising algorithm to be applied to virtually unlimited
14 gorithm that we call DADA (Divisive Amplicon Denoising Algorithm).
15                 We introduce a convolutional denoising algorithm, Coda, that uses convolutional neura
16 r expression dataset and a novel statistical denoising algorithm, to help discern cancer perturbation
17                                              Denoising algorithms have been designed that can reduce
18                  Data processing methods and denoising algorithms have been developed to use it as an
19                            Current efficient denoising algorithms require the singular value decompos
20 roduced a lower error rate compared to other denoising algorithms, while retaining significantly more
21  demix spatially overlapping components, and denoise and deconvolve the spiking activity from the slo
22 ion; then we used a thresholding approach to denoise and reduce the length of each spectrum.
23  were used with Expectation/Maximization for denoising and for associating a feature vector with the
24 detection method can do baseline correction, denoising and peak identification simultaneously.
25                                        A new denoising and peak picking algorithm (MEND, matched filt
26 are called Hyper-Spectral Phasors (HySP) for denoising and unmixing multiple spectrally overlapping f
27 an integrated strategy for data acquisition, denoising, and connectivity estimation.
28                    Specifically, the stacked denoising auto-encoder (SDAE) is exploited on the two CA
29        In particular, a three-layer stack of denoising autoencoders was used to capture hierarchical
30    We developed deep learning based (stacked denoising autoencoders, or SdAs) software named "DeepMet
31 served smFRET data, and it is found that the denoised data retain their underlying dynamic properties
32                       In addition, the image denoising effect of the NLM may decline when no sufficie
33 tivity on single-trials, and may thus have a denoising effect.
34 utine in the spatial domain, edge-preserving denoising (EPD), which exploits the spatial relationship
35         This algorithm includes three steps: denoising, estimating regression coefficients and modeli
36 ly: after demixing we can accurately recover denoised fluorescence traces and deconvolved neural acti
37 al processing-based methodology for sequence denoising followed by pattern matching, to increase SNR
38 apparently quite different problem is matrix denoising in Gaussian noise, in which an unknown M by N
39 o)=M(rho;beta) in the second problem, matrix denoising in Gaussian noise: delta*(rho)=M(rho), for any
40 very techniques for mitigating artifacts and denoising in reconstructions of fully sampled datasets r
41                          We show that robust denoising is achieved in 2D spectra whose interpretation
42       Wavelet analysis was used to extract a denoised measure of the pupil diameter and the amplitude
43           We propose doing retrieval using a denoised model of the query dataset, instead of the orig
44 ten arbitrary methods, for the selection and denoising of fluorescent bursts.
45                     MEND has been applied to denoising of LC-MALDI-TOF-MS and LC-ESI-TOF-MS data for
46  analysis of spectroscopic data involves the denoising of raw data before any further processing.
47 uracy of the precursor ions, and (3) wavelet denoising of the mass spectra prior to fragment ion sele
48 eloped a simple and efficient method for the denoising of very large datasets.
49   It is robust to outliers, so no additional denoising or outlier detection step is needed in data pr
50                               The process of denoising, performed in the chromatographic time domain,
51  several years have been processed through a denoising pipeline that likely caused deleterious effect
52 a analysis, we used edge-preserving 3D image denoising prior to segmentation to reduce strong and cha
53 e illustrate this approach in the setting of denoising problems, using convex relaxation as the core
54              ECoG signals were purified by a denoising procedure of wavelet decomposition.
55                                        These denoising procedures can be adapted to many other data a
56 e maintaining control over the filtering and denoising processes.
57  this approach, we were able to successfully denoise proteomic spectra and reach up to a 99% total re
58 lus uses a systematic approach to filter and denoise reads efficiently.
59                                         When denoising real datasets, FlowClus provides feedback abou
60 or-correcting algorithms for pyrosequences ('denoising') reduced discrepancies in richness but also r
61                             A popular matrix denoising scheme solves the unconstrained optimization p
62                                  A method to denoise single-molecule fluorescence resonance energy (s
63  assess how neural dynamics may beneficially denoise single-trial neural activity, we incorporate neu
64 and compare the results to the most accurate denoising software currently available, AmpliconNoise.
65 EEG data, our technique yields significantly denoised spectral estimates that have significantly high
66 velet domain to avoid removing true peaks in denoising step.
67  These comprise a standardization step and a denoising step.
68 et, with no intermediate event selection and denoising steps.
69  procedure, called urQRd (uncoiled random QR denoising), strongly reduces the computer memory footpri
70 s-species bi-clustering approach which first denoises the gene expression data of each species into a
71     Several approaches have been proposed to denoise these data but lack either speed or accuracy.
72  method does not require a manually selected denoising threshold.

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