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1
Introduction
2
Presentation Overview
3
Missing Features Classification
4
Step 1 Transfer Learning
5
Step 2 Activation Functions
6
Real Activation Functions
7
Python Code
8
Code
9
Testing
10
Remarks
11
Results
12
Future work
13
Different architectures
14
Conclusion
Description:
Explore a novel research approach for enhancing neural network accuracy and robustness in challenging or adversarial scenarios through a talk from the EuroPython 2019 conference. Delve into the workings of convolutional layers and learn how to modify them to classify based on missing features in images. Gain insights into improving model performance on a variation of the MNIST dataset using PyTorch 1.1. Discover the potential implications for critical applications like self-driving cars. Follow along as the speaker covers transfer learning, activation functions, Python code implementation, testing, and results. Conclude with a discussion on future work and different architectures in this cutting-edge exploration of deep convolutional neural networks.

Classification Based on Missing Features in Deep Convolutional Neural Networks

EuroPython Conference
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