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Using pure numpy to construct deep learning computational graph framework

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tinyframework

Introduction

Using pure numpy to construct deep learning computational graph framework.

note:To view the code, please switch to the master branch

Dev Tools:

  • pycharm

Dependencies

  • python: >= 3.7

Features

  • Based on computational graph, can be used to build common machine learning models.
  • Support automatic gradient.
  • Support common optimization methods (such as GD, Momentum, Adagrad, RMSprop, Adam, etc.)
  • Support common evaluation methods (such as Accuracy, Precision, AUC, F1_score, etc.)
  • Support model save and load
  • Support drawing calculate graph by pyecharts
  • Support model serving by grpc
  • Support model export
  • Support distribute trainning.

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Using pure numpy to construct deep learning computational graph framework

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