Pak Patch
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Pak Patch
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Code
Draw from a distribution
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Concepts
Advice - Epidemiology Research
Advice - Linear regresion
Advice - Machine Learning
Affine function
Analysis - Power
ANOVA
Autocorrelation
Bayes formula
Bias - Types
Binomial coefficient
Central limit theorem
Clustering
Column space
Data leakage
Degrees of freedom
Distribution - Beta
Distribution - Binomial
Distribution - Gamma
Distribution - Joint
Distribution - Normal
Distribution - Uniform
Distribution- Exponential
Dual space
Effect size
Error
Feature engineering
Field
Generalized linear models
Heterodeskity
Interactions
Least squares
Likelihood
Linear projections
Linear regression
Log-log model
Longitudinal Data
Loss functions
Marginalization
Matrix types
Mixed effect model
Model selection
Multiple regression
Multiplication rule (probability)
Negative control outcomes
Norms
Nullspace
Overfitting
p-value
Polynomial (linear regression)
Principal component analysis
Probability
R2 - R squared
Regression coefficients
Residuals
Risk ratio
ROC (Receiver operating characteristic)
Singular value decomposition
SMOTE (Synthetic minority oversampling technique)
Statistical power
Stepwise variable selection
Supervised learning
Test - Durbin-Watson
Test - Chow
Test - Cohen's D
Theorem - Frisch-Waugh-Lovell
Theorem - Gauss-Markov
Transformation - Arcsine
Transformation - Logit
Transformation- Box-Cox
Transformation
Vector space
Industry-specific
ADaM
EHR (electronic health records)
Projects
Hot-dog Regression
Mambo_5_Bayesian
Tech
Classes
Linked lists
Object-tracking
R packages
Web-scraping
Workflow
Wrangling (Code)
{manim}
Books I'm currently reading through
Home Page
Analysis - Power
What you need to establish
Effect size
Type 1 error
Statistical power
Tools
Everyone seems to use online calculators like the
G power
References
https://rinterested.github.io/statistics/sample_size.html
https://www.bu.edu/research/forms-policies/iacuc-sample-size-calculations/