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Report for squeezenet1-1

Model params 5 MB

Estimates for a single full pass of model at input size 224 x 224:

  • Memory required for features: 17 MB
  • Flops: 360 MFLOPs

Estimates are given below of the burden of computing the features_12_cat features in the network for different input sizes using a batch size of 128:

input size feature size feature memory flops
112 x 112 6 x 6 x 512 483 MB 8 GFLOPs
224 x 224 13 x 13 x 512 2 GB 35 GFLOPs
336 x 336 20 x 20 x 512 5 GB 81 GFLOPs
448 x 448 27 x 27 x 512 8 GB 146 GFLOPs
560 x 560 34 x 34 x 512 13 GB 230 GFLOPs
672 x 672 41 x 41 x 512 19 GB 333 GFLOPs

A rough outline of where in the network memory is allocated to parameters and features and where the greatest computational cost lies is shown below. The x-axis does not show labels (it becomes hard to read for networks containing hundreds of layers) - it should be interpreted as depicting increasing depth from left to right. The goal is simply to give some idea of the overall profile of the model:

squeezenet1-1 profile