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README.md
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Despite lacking global error gradients and relying on raw un-smoothed SGD, the model successfully learns the geometric shapes of the MNIST dataset and can classify and reconstruct them purely through local feature extraction.
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* **Hardware:** Trained natively on NVIDIA GPUs utilizing Numba/CuPy.
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* **Performance:** **
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* **Generative Capability:** The Karl Decoder successfully hallucinates and reconstructs recognizable MNIST digits based solely on the latent representation passed from the Hinton Encoder.
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## Notes for the future
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Despite lacking global error gradients and relying on raw un-smoothed SGD, the model successfully learns the geometric shapes of the MNIST dataset and can classify and reconstruct them purely through local feature extraction.
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* **Hardware:** Trained natively on NVIDIA GPUs utilizing Numba/CuPy.
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* **Performance:** **87.90% Accuracy** on the Validation Set (achieved over 150 total epochs).
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* **Generative Capability:** The Karl Decoder successfully hallucinates and reconstructs recognizable MNIST digits based solely on the latent representation passed from the Hinton Encoder.
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## Notes for the future
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