Build deep learning models for time series forecasting using LSTM, GRU, and Transformer architectures.
Create a deep learning solution for time series forecasting. Data details: - Time series type: [UNIVARIATE/MULTIVARIATE] - Frequency: [HOURLY/DAILY/WEEKLY/etc.] - History length: [DATA POINTS] - Forecast horizon: [STEPS AHEAD] - Seasonality: [PATTERNS PRESENT] Model requirements: 1. Data preprocessing: - Normalization/standardization - Sequence creation with sliding window - Train/val/test temporal split 2. Architecture options: - LSTM with attention - GRU networks - Temporal Fusion Transformer - N-BEATS/N-HiTS 3. Feature engineering: - Lag features - Rolling statistics - Calendar features 4. Training: - Teacher forcing - Scheduled sampling - Multi-step loss 5. Evaluation: - MAE, RMSE, MAPE - Prediction intervals - Backtesting framework 6. Probabilistic forecasting: - Quantile regression - Monte Carlo dropout Compare with statistical baselines (ARIMA, Prophet).
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[DATA POINTS][STEPS AHEAD][PATTERNS PRESENT]