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Probably the most important chapter. We draw on expert opinions to answer questions like:
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- how do we pick priors?
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- what is the relationship between data sample size and prior?
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We explore useful tips to be objective in analysis, and common pitfalls of priors.
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* Chapter X1: Bayesian Markov Models
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***Chapter X1: Bayesian Markov Models**
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* Chapter X2: Bayesian methods in Machine Learning
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***Chapter X2: Bayesian methods in Machine Learning**
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We explore how to resolve the overfitting problem plus popular ML methods. Also included are probablistic explainations of Ridge Regression and LASSO Regression.
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- Bayesian spam filtering plus *how to defeat Bayesian spam filtering*
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- Tim Saliman's winning solution to Kaggle's *Don't Overfit* problem
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* Chapter X4: Troubleshooting and debugging
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* Chapter X3: More PyMC Hackery
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***Chapter X3: More PyMC Hackery**
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We explore the gritty details of PyMC. Examples include:
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- Analysis on real-time GitHub repo stars and forks.
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***Chapter X4: Troubleshooting and debugging**
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**More questions about PyMC?**
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Please post your modeling, convergence, or any other PyMC question on [cross-validated](http://stats.stackexchange.com/), the statistcs stack-exchange.
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