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# crypto_volatility_forecaster_lstm
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## Overview
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This model is an advanced Long Short-Term Memory (LSTM) network designed to predict the 24-hour price volatility of major crypto assets (BTC, ETH, SOL). It processes multidimensional time-series data including price action, technical indicators, and on-chain metrics.
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## Model Architecture
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The architecture is optimized for non-linear temporal dependencies:
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- **Input Layer**: Accepts a $60 \times 12$ tensor (60 time steps, 12 features).
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- **Hidden Layers**: 3 stacked LSTM layers with 256 units each.
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- **Regularization**: Dropout layers ($p=0.2$) between LSTM cells to prevent overfitting.
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- **Output Layer**: Fully connected linear layer providing a single scalar representing the predicted volatility index.
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## Intended Use
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- Risk management for liquidity providers.
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- Automated stop-loss adjustment strategies.
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- Market health assessment for algorithmic trading.
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## Limitations
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- **Black Swan Events**: Cannot predict extreme outliers caused by exchange collapses or regulatory sudden shifts.
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- **Lagging Indicators**: LSTM models are inherently reactive to historical patterns.
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- **Feature Sensitivity**: Accuracy is highly dependent on the quality and latency of the input data provider.
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