OpenNN
A C++ library for implementing neural networks for advanced analytics tasks in various fields.
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| + | Feedforward Neural Networks | Supports feedforward neural networks, a fundamental architecture for various machine learning tasks |
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| + | Backpropagation | Implements backpropagation, a training algorithm that adjusts weights to minimize error |
| + | Gradient Descent | Employs gradient descent for optimization, iteratively updating weights to find the minimum of the loss function |
| + | Activation Functions | Provides common activation functions like sigmoid, hyperbolic tangent, and rectified linear unit (ReLU) |
| + | Loss Functions | Provides various loss functions (mean squared error, cross-entropy) for different tasks |
| + | Optimization Algorithms | Users can choose from gradient descent, conjugate gradient, quasi-Newton, and more. |
| + | Regularization | Prevents overfitting by penalizing overly complex models. Includes L1 and L2 regularization to prevent overfitting. |
| + | Dropout | Supports dropout layers, randomly deactivating neurons during training which improves generalization |
| + | Hyperparameter Optimization | Assists in tuning hyperparameters for optimal performance |
| + | Data Preprocessing | Prepare data in a format suitable for neural network training. Handles data scaling, normalization, and missing value imputation |
| + | Model Serialization | Allows saving and loading trained models for deployment |
| + | GPU Acceleration | Users can leverage GPUs for faster training |
| + | Parallelization | Utilizes multi-threading for efficient computations |
| + | Time Series Forecasting | Supports time series prediction using recurrent neural networks. Allows building models specifically for making predictions on sequential data. |
| + | Custom Layers | Users can create custom neural network layers. Provides flexibility to implement specialized functionalities within the network architecture. |
| + | Autoencoders | Enables building autoencoders for dimensionality reduction |
| + | Visualization Tools | Provides visualization of neural network architectures and training progress |
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