仅使用numpy从头开始实现神经网络,包括反向传播公式推导过程; numpy构建全连接层、卷积层、池化层、Flatten层;以及图像分类案例及精调网络案例等,持续更新中... ...
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Updated
Nov 28, 2020 - Jupyter Notebook
仅使用numpy从头开始实现神经网络,包括反向传播公式推导过程; numpy构建全连接层、卷积层、池化层、Flatten层;以及图像分类案例及精调网络案例等,持续更新中... ...
Implemented Convolutional Neural Network, LSTM Neural Network, and Neural Network From Scratch in Python Language.
搭建、深度学习、前向传播、反向传播、梯度下降和模型参数更新、classification、forward-propagation、backward-propagation、gradient descent、python、text classification
Desenvolvimento de ferramenta para efetuar a Modelagem e a Migração Sísmica de um modelo 2D.
building a deep neural network with as many layers as you want!
Learning about Perceptron and Multi layered perceptron
backward_step, a FreeFem++ code which solves the backward step benchmark problem for Navier Stokes flow.
Neural Network from scratch using Python and NumPy, featuring forward/backward propagation and basic optimizers. Perfect for learning deep learning fundamentals.
A.K.A. NUS ME5411 Final Project. Implemented a CNN framework without off-the-shelf libraries and its application for character recognition.
Deep Learning & Labs Course, NYCU, 2023
A highly modular design and implementation of fully-connected feedforward neural network structured on NumPy matrices
I build the Micrograd autogradient engine, which is a functioning neural network with forward pass, backward propagation, and stochastic gradient descent, all built from scratch. This is derived from the great @karpathy micrograd lecture. Each notebook is complete with Andrei's lecture code and speech, as well as my own code, anecdotes and addition
Python version of Andrew Ng's Machine Learning Course.
A C++ machine learning framework/library.
CNN, ANN, Python, Matlab
A comparison of fully connected network (forward and backward propagation) implementations.
Digit Recognition Neural Network: Built from scratch using only NumPy. Optimised version includes HOG feature extraction. Third version utilises prebuilt ML libraries.
Fit functions using the Backpropagation Algorithm. 一个使用反向传播算法拟合函数的工具。
Create a Deep Neural Network from Scratch using Python3.
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