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README.md
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| 1 |
+
# AlphaForge - Multi-Asset Quantitative Trading System
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A comprehensive quantitative trading system that combines price-based alpha signals, financial sentiment analysis, volatility forecasting, portfolio optimization, and ML-based options pricing.
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## Features
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### 1. Multi-Asset Alpha Model
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- **LSTM** neural network for sequential pattern recognition
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- **Transformer** architecture for attention-based forecasting
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- **XGBoost** ensemble for robust feature-based predictions
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- **Ensemble** combining all three with IC-weighted blending
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- **IC Tracking**: Information Coefficient monitoring over time
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- **Feature Drift Detection**: XGBoost importance divergence tracking
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### 2. News + Sentiment Alpha (FinBERT)
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- Uses `ProsusAI/finbert` for financial sentiment analysis
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- Converts news/social media into numerical alpha signals
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- Confidence-weighted aggregation per asset per day
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- Synthetic news generation for testing
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### 3. Volatility Forecasting Engine
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- **GARCH(1,1)** with Student-t errors for baseline
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- **LSTM** with skewed Student's t distributional output
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- **EWMA covariance** matrix construction
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- Positive definite enforcement
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### 4. Portfolio Optimizer
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- Mean-variance optimization with transaction costs
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- Max Sharpe ratio optimization
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- Minimum volatility with return constraints
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- **Robust optimization** with uncertainty sets
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- **Black-Litterman** model for incorporating views
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- Efficient frontier computation
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### 5. Options Pricing with ML
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- 4-layer neural network (256-128-64-32)
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- Black-Scholes baseline for comparison
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- Implied volatility prediction
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- **Mispricing detection** for arbitrage signals
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- Synthetic data generation for training
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### 6. Backtest Engine
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- Transaction cost and slippage simulation
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- Comprehensive metrics:
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- Sharpe, Sortino, Calmar ratios
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- Max drawdown, win rate
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- Alpha, Beta, Information Ratio
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- Turnover and cost analysis
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- Regime detection (bull/bear/high-vol)
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- Rolling performance metrics
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## Installation
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```bash
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git clone https://huggingface.co/Premchan369/alphaforge-quant-system
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cd alphaforge-quant-system
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pip install -r requirements.txt
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```
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## Usage
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### Train Alpha Model
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```bash
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python main.py --mode train --tickers SPY QQQ AAPL MSFT --epochs 50
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```
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### Run Full Backtest
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```bash
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python main.py --mode backtest --start 2020-01-01 --end 2024-01-01
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```
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### Train Options Model
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```bash
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python main.py --mode options
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```
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## Pipeline Architecture
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```
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Market Data (OHLCV)
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+---> Technical Indicators (RSI, MACD, Bollinger, etc.)
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+---> Cross-Asset Features (beta, correlation, spreads)
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v
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Alpha Model (LSTM + Transformer + XGBoost Ensemble)
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|---> Predicted Returns (mu)
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|---> IC Tracking
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News Data
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v
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Sentiment Model (FinBERT)
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|---> Sentiment Alpha (S_t)
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v
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Combined Alpha = w1 * Price Alpha + w2 * Sentiment Alpha
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Market Data
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v
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Volatility Engine (GARCH + LSTM)
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|---> Covariance Matrix (Sigma)
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v
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Portfolio Optimizer (Mean-Variance / Max Sharpe / Robust)
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|---> Optimal Weights (w)
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v
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Backtest Engine
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|---> PnL, Sharpe, Drawdown, etc.
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```
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## Key Metrics
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| Metric | Description |
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|--------|-------------|
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| **IC** | Information Coefficient (rank correlation between predicted and actual returns) |
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| **Sharpe** | Risk-adjusted return (excess return / volatility) |
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| **Sortino** | Downside risk-adjusted return |
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| **Max DD** | Maximum peak-to-trough decline |
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| **Calmar** | Annualized return / max drawdown |
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| **Alpha** | Excess return vs benchmark |
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| **Beta** | Market sensitivity |
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## File Structure
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| File | Description |
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|------|-------------|
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| `main.py` | Entry point and orchestration |
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| `market_data.py` | Data fetching and feature engineering |
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| `alpha_model.py` | LSTM/Transformer/XGBoost ensemble |
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| `sentiment_model.py` | FinBERT sentiment analysis |
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| `volatility_model.py` | GARCH + LSTM volatility forecasting |
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| `portfolio_optimizer.py` | Mean-variance and robust optimization |
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| `options_pricer.py` | ML options pricing and mispricing detection |
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| `backtest_engine.py` | Backtesting with comprehensive metrics |
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## Research Backing
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- **Alpha Models**: xLSTM-TS with wavelet denoising (Lopez Gil et al., 2024)
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- **Sentiment**: FinBERT (Araci, 2019) with ChatGPT benchmarking (Fatouros et al., 2023)
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- **Volatility**: LSTM with skewed Student's t (Michankow, 2025)
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- **Portfolio**: Multi-task learning for joint optimization (Ong & Herremans, 2023)
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- **Options**: 5-layer FNN outperforming Black-Scholes (Berger et al., 2023)
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## License
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| 148 |
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MIT
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