Computer Science
Networks
100%
Correlation
89%
Association Network
43%
Gene Expression Data
40%
False Discovery
35%
Classes
35%
Least Squares Methods
24%
Feature Selection
24%
Entropy
24%
Phylogenetic Analysis
24%
Graphical Model
24%
Regression
23%
Application
22%
Simulation
21%
Vectors
20%
Signal Identification
18%
Testing
18%
Feature Selection
17%
Gaussian Model
16%
Network Topology
16%
Standards
15%
Linear Discriminant Analysis
14%
Microarray Data
14%
Time Series Data
14%
Approximation (Algorithm)
13%
Algorithms
11%
Heuristics
11%
Bayesian Networks
11%
Demographic History
9%
Functions
9%
Directed Graphical Model
9%
Computing
8%
Gene Expression Data Set
8%
Statistical Analysis
8%
Point Estimate
8%
Computer Simulation
8%
Bayes Estimate
8%
True Negative
8%
Accuracy
8%
Sample Dataset
8%
Inverse Problem
8%
Network Structure
8%
Identification
7%
Measurement Error
7%
Parametric Model
7%
Partial Order
7%
Statistics
6%
Control
6%
Decision Threshold
6%
Mutual Information
6%
Mathematics
Sequences
67%
Correlation
56%
Trees
42%
Variables
31%
Model Selection
24%
False Discovery Rate
24%
Original Variable
24%
Vectors
20%
Linear Regression
19%
Regression
18%
Zeros
16%
Principal Component Analysis
16%
Plots
14%
Confidence Set
14%
Triangle
14%
Inference
14%
Smaller Sample
13%
Variance
13%
Sample Size
12%
Predictor
12%
Apply It
11%
Test Statistic
10%
Points
9%
Weights
9%
Approximates
9%
Functions
9%
Number
9%
Parameters
9%
Sample Data
8%
Edge
8%
Random Variable
8%
Matrix Decomposition
8%
Correlation Matrix
8%
Invariance
8%
Covariance
8%
Crosscorrelation
8%
Kronecker Product
8%
Transforms
8%
Tail Area
7%
Measurement Error
7%
Parametric Model
7%
Prediction
6%
Control
6%
Centroid
6%
James Stein Estimator
6%
Discriminant
6%
Nonlinear
6%
Mutual Information
6%
Prediction Problem
6%
Computer Program
6%
Biochemistry, Genetics and Molecular Biology
Nested Gene
59%
Phylogeny
49%
Gene Expression
46%
Tree
33%
Human Immunodeficiency Virus
33%
Transcription Factor
29%
Time
29%
CLOCK
24%
Sequence Alignment
24%
Synthesis
24%
Microarrays
20%
Learning
19%
DNA Sequence
18%
Evolution
17%
Proteomics
16%
Sample
14%
Genealogy
14%
PER2
12%
Circadian Rhythm
12%
Defense Mechanism
12%
DNA Binding
12%
DNA
12%
Protein
12%
Weight
11%
Cell Cycle
9%
Association
9%
Experiment
9%
Taxonomy
8%
Sample Size
8%
Arabidopsis thaliana
7%
Heuristics
7%
Regulatory Mechanism
7%
Reading
7%
Language
7%
Quantitative Imaging
6%
Retention Time
6%
Transcription Factor ARNTL
6%
Training
6%
Tumor Gene
6%
Aptitude
6%
Dynamics
6%
Binding Affinity
6%
Periodicity
6%
Yeast
6%
