Difference between revisions of "DPS921/PyTorch: Convolutional Neural Networks"
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was to show the training of the neural network, and show the classification of several images which have a single digit from 0 - 9. | was to show the training of the neural network, and show the classification of several images which have a single digit from 0 - 9. | ||
− | A successful execution will show the correct determination of what number resides in that specific image. | + | A successful execution will show the correct determination of what number resides in that specific image. As part our of research, |
+ | |||
+ | We will explain in detail how an actual convolution neural network works at a fundamental level. Will we will both take a graphical | ||
+ | |||
+ | and mathematical approach to explaining the different parts of the neural network and how it comes together as whole. Furthermore, | ||
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+ | we will briefly explain how it relates to parallel computing and how parallel computing plays a significant role in driving the | ||
+ | |||
+ | implementation of the neural network. | ||
== Group Members == | == Group Members == |
Revision as of 17:09, 9 November 2020
Convolutional Neural Networks Using Pytorch
The basic idea was to create a convolutional neural network using the python machine learning Framework PyTorch. The actual code will
be written in Jupyter Lab both for demonstration and implementation purposes. Furthermore, using the the torchvision dataset, the goal
was to show the training of the neural network, and show the classification of several images which have a single digit from 0 - 9.
A successful execution will show the correct determination of what number resides in that specific image. As part our of research,
We will explain in detail how an actual convolution neural network works at a fundamental level. Will we will both take a graphical
and mathematical approach to explaining the different parts of the neural network and how it comes together as whole. Furthermore,
we will briefly explain how it relates to parallel computing and how parallel computing plays a significant role in driving the
implementation of the neural network.
Group Members
1. Shervin Tafreshipour
2. Parsa Jalilifar
3. Novell Rasam
Progress
Update 1: Friday, Nov 6, 2020 - Created a basic CNN in jupyterlab using the pytorch Framework.