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CallmeQuant/README.md

Hi 🤗, this is my homepage of an autodidact who's deeply passionate about probabilistic machine learning and forecasting.

Blog:

Personal Blog

Central interests:

  • Real-world applications: Demand/Sales Forecasting, Business Problems (Credit Scoring, Customer Retention, Portfolio Optimization, Inventory Optimization).
  • Machine learning methodologies:
    • Time Series (TS) Deep Learning: TS Forecasting, TS Representation Learning, TS Generation.
    • Probabilistic/Statistical Machine Learning: Deep Generative Models (Energy-Based Models, VAE, Normalizing Flows, Diffusion Models), Approximate Bayesian Inference (MCMC, VI).
    • High-dimensional Statistics: Variable Selection, Missing Data, Imputation.

Techincal Stack:

  • Programming languages: Python, R.
  • Machine learning (Deep learning) frameworks: Scikit-Learn, Pytorch, JAX.
  • Probabilistic Programming: Pyro, PyMC3
  • Visualization Libraries: Matplotlib, ggplot2.
  • Editors: Pycharm, RStudio.
  • Database: SQL Server

Contact

Linkedin

Pinned Loading

  1. TCN-GCN-Time-Series-Approach TCN-GCN-Time-Series-Approach Public

    Jupyter Notebook 13 1

  2. Studying-Notebook Studying-Notebook Public

    Jupyter Notebook 3

  3. Boostrapping-Markov-Chain Boostrapping-Markov-Chain Public

    Implementing method of Willemain et al., 2004 for forecasting intermittent demand

    R 2

  4. Block_Bootstrap_Time_Series Block_Bootstrap_Time_Series Public

    Final project on block bootstrap methods for time series

    R 2