An introduction to MCP’s Host, Client, and Server layers, stdio and Streamable HTTP transports, and the workflow for building and debugging MCP servers and clients.
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The Application of Statistics and Statistics of Application
A discussion of why statistics drifted away from applied settings while pursuing theoretical completeness, and how data science and machine learning reconnect with learning from data.
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The 60th Year of Data Science
A review of 60 years of data science, from John Tukey’s prediction to David Donoho’s broader view, discussing how statistics, computer science, and machine learning converged.
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Why I Am Not a Fan of R-Squared
R-squared is not a simple model error function. Its definition hides a comparison against a constant model, so it never directly measures fit to the real world.
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Common Statistical Tests Are Linear Models
A repost of Jonas Kristoffer Lindelov’s classic article showing the unified linear-model logic behind t-tests, ANOVA, chi-square tests, and other common methods.
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Fundamental Limits of Foundation Forecasting Models: Multimodality and Rigorous Evaluation
Are deep learning methods always effective for time-series forecasting? Based on Christoph Bergmeir’s NeurIPS 2024 talk, this post discusses model limits and evaluation traps.
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From Principal Component Regression (PCR) to Partial Least Squares (PLS)
PCR and PLSR are common dimensionality-reduction regression methods under multicollinearity. This post derives their logic and explains how PLSR brings in response relevance.
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Benford's Law and Statistical Fraud Detection
When data looks too perfect, it may have drifted away from reality. Starting from Benford’s Law, this post reveals statistical fingerprints hidden in fabricated data.
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The Illustrated Guide to a Ph.D.
Every fall, Matt Might explains what a Ph.D. means to new doctoral students. This post uses that classic illustration to describe knowledge accumulation through doctoral research.
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Neural Scaling Laws: From Kaplan to Chinchilla
A summary of empirical scaling laws from Kaplan to Chinchilla, with a brief discussion of tree models and scaling laws.