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Neural Structured Learning - Part 3: Training with synthesized graphs
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Welcome to episode 3 of our short series on Neural Structured Learning! In this episode, Software Engineer Arjun Gopalan discusses how graphs can be constructed from raw input data and then be used to train neural networks.
Input data cannot always be represented as a natural graph. In this video, you’ll learn how to infer relationships between data points using the notion of similarity. The similarity relationship between data points is then used to build a graph, which can subsequently be used to train neural networks for any machine learning task.
Links:
Input data cannot always be represented as a natural graph. In this video, you’ll learn how to infer relationships between data points using the notion of similarity. The similarity relationship between data points is then used to build a graph, which can subsequently be used to train neural networks for any machine learning task.
Links:
Neural Structured Learning - Part 1: Framework overview
Neural Structured Learning - Part 2: Training with natural graphs
Neural Structured Learning - Part 3: Training with synthesized graphs
Neural Structured Learning - Part 4: Adversarial learning for image classification
KDD 2020: Hands On Tutorials: Neural Structured Learning-Training neural networks
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