In this episode, I dusted off my genomic gloves with the HCLC-FC and CLIMB methods, waxed poetic with Python’s latest alpha release, and solved plotting mysteries with R-package ‘sherlock’.
Regression discontinuity threshold optimizationExplaining predictive factors in patient pathways using autoencodersHCLC-FC: A novel statistical method for phenome-wide association studiesUncertainty-aware mixed-variable machine learning for materials designClosed-form continuous-time neural networksNew statistical method improves genomic analyzessynr: Analyze stimulus-color consistency test dataProfile plots in SASOptimal linear profile plots in SASPython 3.12.0 alpha 2 releasedWhat is Interactive Analytics?Top 9 Highest Paying Programming Languages (2023)How to Analyze Likert Scale Data?Top 10 Data Visualisation Tools Every Data Science Enthusiast Must KnowOpen source is a hard requirement for reproducibilityexactLTRE: An Exact Method for Life Table Response Experiment (LTRE) Analysissherlock: Graphical Displays to Aid Structured Problem Solving and DiagnosiscipheR: Encryption and Decryption with Text Ciphersrjtools: Preparing, Checking, and Submitting Articles to the 'R Journal'commafree: Call Functions Without Commas Between Arguments