A Go implementation of neural networks including BackPropagation, RBF, and Perceptron networks with parallel processing capabilities.
GoNN is a neural network implementation written in Go that provides BackPropagation Network (BPNN), Radial Basis Function Network (RBF), and Perceptron Network (PCN) architectures. It solves the problem of implementing and training neural networks directly in Go without requiring external machine learning libraries or Python dependencies.
Go developers who want to implement neural networks in their applications, researchers prototyping neural network algorithms in Go, and anyone interested in understanding neural network implementations in a compiled language.
Developers choose GoNN for its pure Go implementation, support for multiple neural network architectures, and built-in parallel processing capabilities through goroutines, making it a lightweight alternative to larger machine learning frameworks.
GoNN is an implementation of Neural Network in Go Language, which includes BPNN, RBF, PCN
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Implements BackPropagation, RBF, and Perceptron networks, providing a range of fundamental neural network types as specified in the README, enabling diverse basic AI tasks.
Offers a parallel version using goroutines, leveraging Go's concurrency for potential performance gains, though with admitted limitations in the TODO section.
Achieves 98.2% accuracy on MNIST with 800 hidden nodes, demonstrating reliable performance for standard datasets, as highlighted in the benchmark.
Written entirely in Go, enabling seamless integration into Go projects without external dependencies, aligning with the philosophy of accessibility for Go developers.
The README explicitly states in the TODO that the parallel version is slower than the traditional one, likely due to goroutine context switch costs, hindering its use for speed-critical applications.
Only covers basic neural network architectures like BPNN, RBF, and Perceptron, missing modern deep learning models such as CNNs or RNNs, which restricts applicability to contemporary AI tasks.
As a niche Go library, it lacks the extensive documentation, tooling, and community resources found in larger frameworks like TensorFlow or PyTorch, making it less suitable for complex projects.