Update notes.txt

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Morten Hjorth-Jensen
2023-07-18 22:28:54 +02:00
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A group of machine learning algorithms where the fits and optimizations are based on Bayesian statistics (Bayes Theorem) instead of traditional statistics and optimizations
Assume outputs can be described as distributions instead of as linear and nonlinear combinations of inputs and hyperparameters are fit using priors instead of being set by user
Benefits: No hyperparameter tuning, no validation data set, produced uncertainties on predictions
Topics to conaider adding:
1) words on Bayesian ML
A group of machine learning algorithms where the fits and
optimizations are based on Bayesian statistics (Bayes Theorem)
instead of traditional statistics and optimizations Assume outputs can
be described as distributions instead of as linear and nonlinear
combinations of inputs and hyperparameters are fit using priors
instead of being set by user Benefits: No hyperparameter tuning, no
validation data set, produced uncertainties on predictions
2) Discuss Kernel regression first and then add Bayesian Ridge regression
Bayesian Ridge Regression
Bayesian version of ridge regression (regularized linear regression)
Finds parameters and hyperparameters using Gaussian distributions
Different results than ridge regression but does not depend on user-ser hyperparameter
3) GP
Gaussian Processes
Bayesian version of kernel ridge regression or support vector machines
Similar to Bayesian ridge regression but uses the kernel trick to modify the inputs