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Model-based autoencoders for imputing discrete single-cell RNA-seq data
Tian Tian
, Martin Renqiang Min
,
Zhi Wei
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Contribution to journal
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Article
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peer-review
15
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Scopus citations
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Dive into the research topics of 'Model-based autoencoders for imputing discrete single-cell RNA-seq data'. Together they form a unique fingerprint.
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Keyphrases
Zero-inflated
100%
Single-cell RNA Sequencing (scRNA-seq)
100%
Autoencoder
100%
Discrete Data
100%
Single-cell RNA-seq Data
100%
Single-cell RNA Sequencing Data
100%
Deep Neural Network
50%
Bioinformatics
50%
Genomic Data
50%
Real-data Experiments
50%
Continuous Data
50%
Count Data
50%
Sequencing Studies
50%
Zero Counts
50%
Data Imputation
50%
Zero-inflated Negative Binomial Model
50%
Simulation Datasets
50%
Dropout Events
50%
Count Observations
50%
Imputation Accuracy
50%
Count Matrix
50%
Zero-inflated Negative Binomial
50%
Missing Data Imputation
50%
Downstream Analysis
50%
Gumbel-Softmax Distribution
50%
RNA Sequencing Technology
50%
Binomial Likelihood
50%
Differential Expression Analysis
50%
Mathematics
Missing Value
100%
Matrix (Mathematics)
66%
Negative Binomial
66%
Data Imputation
66%
Real Data
33%
Differential Expression
33%
Count Data
33%
Continuous Data
33%
Deep Neural Network
33%
Binomial Likelihood
33%
Binomial Model
33%
Computer Science
Autoencoder
100%
Deep Neural Network
50%
Preprocessing
50%
Missing Observation
50%
Negative Binomial Model
50%
Continuous Data
50%