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I am aware of several ways to optimize a convolutional (or any) model after training to make inferencing quicker. I am currently implementing BatchNormalization Folding and removing Dropout layers from the network. I am also aware of post training quantization (specifically 16-bit quantization for use on GPU).

Are there other layer optimization techniques that I can use other than quantization?

My current model uses, Conv2D, Activation(relu), BatchNormalization, Dropout, Dense layers.

Basic mnist Convnet metrics for 10K images, batch size of 1: (All have 98.92% accuracy)

  • Original Network: 49.3s
  • Folded Network: 33.37s
  • Quantized Original: 7.449s
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You could look into models pruning. There are several techniques out here, and all of them aim to reduce the amount of parameters of a model without affecting its performance metrics. Of course less parameters means less calculation and therefore faster inference time.

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    $\begingroup$ Thank you. I haven't looked into pruning much because it's not as straightforward as the others I've done. I'll look more into it now. $\endgroup$ Feb 12 at 22:54

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