Explore a groundbreaking approach to genome assembly using deep learning in this 43-minute lecture by Xavier Bresson from the National University of Singapore. Delve into the challenges of untangling genome assembly graphs and discover how graph convolutional networks can be trained to resolve these complex structures. Learn about the innovative framework that outperforms traditional hand-crafted heuristics in reconstructing chromosomes, achieving higher accuracy and improved assessment metrics. Gain insights into the experimental setup, dataset generation, and evaluation methods used to demonstrate the model's remarkable ability to generalize across different chromosomes.