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@@ -16,13 +16,13 @@ metrics:
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  For a thorough description of our models trained on the ImageNet-1k dataset, please read our preprint,
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  *Towards Errorless Training ImageNet-1k*, which is available at [ADD LINK to arXiv preprint].
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  In ../ImageNet-1k/MATLAB, we give parameters for 6 models, which are listed in the table below.
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- Each model has the following architecture: \[17\times 40\times 2=1360\] FNNs, all with homogeneous architecture (900-256-25 or 900-256-77-25),
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  working in parrallel to produce 1360 predictions which determine a final prediction using the majority voting protocol.
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- We trained models using the following transformation of the $64\times 64$ downsampled ImageNet-1k dataset:
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- - downsampled images to $32\times 32$, using the mean values of non-overlapping $2\times 2$ grid cells and
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  - trimmed off top row, bottom row, left-most column, and right-most column.
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- This transformed data results in $30\times 30$ images, hence 900-dimensional input vectors.
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  | Model | Training Method | FNN Architecture | Accuracy (%) |
 
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  For a thorough description of our models trained on the ImageNet-1k dataset, please read our preprint,
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  *Towards Errorless Training ImageNet-1k*, which is available at [ADD LINK to arXiv preprint].
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  In ../ImageNet-1k/MATLAB, we give parameters for 6 models, which are listed in the table below.
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+ Each model has the following architecture: 17x40x2=1360 FNNs, all with homogeneous architecture (900-256-25 or 900-256-77-25),
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  working in parrallel to produce 1360 predictions which determine a final prediction using the majority voting protocol.
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+ We trained models using the following transformation of the 64x64 downsampled ImageNet-1k dataset:
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+ - downsampled images to 32x32, using the mean values of non-overlapping 2x2 grid cells and
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  - trimmed off top row, bottom row, left-most column, and right-most column.
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+ This transformed data results in 30x30 images, hence 900-dimensional input vectors.
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  | Model | Training Method | FNN Architecture | Accuracy (%) |