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This project implements in Python some common statistical analysis methods used in data analysis, including Entropy, Mutual Information, Kolmogorov–Smirnov test, Kullback-Leibler divergence (KLD), AB tests (Mann-Whitney U and t-tests)
Tabular Data Drift Detector & Reporter: A CLI tool that connects to any database or CSV, computes statistical drift (KS-test, Jensen-Shannon) between “baseline” vs. “current” data, and emits a Markdown/HTML report with charts.
OOP project in C++ implementing various random number generators (ICG with KS test, MRG, LFG, Mid-Square) with user-input parameters for sequence generation and randomness testing.
Applied KS test and T-test to check whether rental subsidy rate’s distributions are different across different PHAs and implemented Pearson-correlation analysis to explore the linear correlation between rental subsidy rate and other factors.
Drift monitoring API for ML models — FastAPI backend, Streamlit dashboard. Detects feature drift via KS-test, PSI, and IQR fences, with automatic column profiling and human-in-the-loop schema verification. Validated on 4.5M rows: Precision 1.000, Recall 0.939, F1 0.969 (production); 100% detection on synthetic drift.
Detect data and prediction drift in production ML models. Pure-NumPy detectors (PSI, KS, JS, prediction shift) with webhook/email alerts and a Rich dashboard.
Probability and Statistics for Data Scientist - Course Project. Various Testing(Hypothesis, T-Test, Z-Test, KS Test etc) are performed on Covid and crime dataset for Los Angeles. Auto Regression and Linear Regression are also performed without using scimitar libraries in python.