volatility-forecasting

Systematic Volatility Research and Backtesting for equity options

TensorFlow implementation of the HARNet model for realized volatility forecasting.

Official code - M2VN(Multi-Modal Learning Network for Volatility Forecasting)

IBOVESPA volatility forecasting

An autonomous risk-overlay system simulating a hedge fund Investment Committee. Uses Multi-Agent Architecture (LangGraph) to validate algorithmic signals by combining deep-learning volatility forecasts (VolSense) with fundamental semantic reasoning and CVaR constraints.

A comprehensive analysis and forecasting project for Samsung stock data, utilizing historical data to build predictive models and analyze volatility.

A financial forecasting research prototype containing multiple competing forecasting approaches, with an LSTM price model currently being used by the Streamlit application.

Comparing the performance of the GARCH(1,1) model and historical volatility, close-to-close volatility, Parkinson volatility, Garman-Klass volatility and Rogers-Satchell volatility in the rolling window method to forecast future volatility on the NASDAQ composite.

Auditable shape-retrieval forecasting agent with optional cloud LLM tool use

FRE6123 (Financial Risk Management) Group Project: Volatility Forecast Using GARCH and Temporal Convolutional Networks

C++17 realised-volatility forecasting pipeline: Bloomberg BLPAPI → SQLite → feature engineering → Chronos-2 inference via ONNX Runtime, benchmarked against HAR-RV and persistence with Diebold-Mariano tests.

Historical RV15 forecasts for six U.S. stocks. Option state improves both families; the mixed B2 block improves the linear model only. Source-time assumptions, placebo and final-window limits remain material. Public aggregate checks are not an independent licensed-data replication.

Independent R&D bridging classical financial econometrics and modern continuous-time deep learning. Projects on PINNs for Value-at-Risk and Neural SDEs for density forecasting. "Complexity must earn its place."

A modular Python toolkit for advanced options pricing, volatility modeling, Greeks computation, and risk analysis. Includes Monte Carlo and Black-Scholes models, machine learning volatility surfaces, and interactive visualizations via Streamlit.

VolFlux is a quantitative framework for analyzing and forecasting financial market volatility using time series and statistical models (e.g. GARCH). It studies volatility dynamics across multiple asset classes to help quantify market risk.

Regime-conditional volatility forecasting framework using HAR-RV as a baseline and XGBoost on either residual vol or directly on log(RV), implemented for Germany and France electricity markets. Metric: Spearman ranking. Model validation and market-neutral cross-country trading strategy.

Is a real fly brain a better reservoir computer than random wiring? The full Drosophila connectome (166,700 neurons) as an echo state network for SPY returns and volatility, tested against random rewirings. Short answer: no, and it replicates on FlyWire.

LLM extracts structured claims from SEC 8-K earnings releases; those claims become features in a calibrated model predicting post-announcement volatility, with a full eval harness measuring extraction quality. Runs free on a local model.

Forecasting realized volatility for 5 US sector ETFs using statistical models (ARIMA, GARCH, EGARCH), machine learning (Ridge, XGBoost, SVR), and deep learning (LSTM) on 20 years of daily data.

Out-of-sample volatility forecasting and Value-at-Risk backtesting for 14 currencies (2000–2026): GARCH/EGARCH/GJR vs. RiskMetrics, with QLIKE and Diebold-Mariano model comparison, Kupiec/Christoffersen VaR coverage tests, and sparse PCA on FX returns. Python.