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I'm learning a lot from the book, and am beginning to write my own code now. I have a question about a statement in the section "Hyperparameter Optimization Algorithms" - in the box titled "CAN’T HYPERPARAMETER OPTIMIZATION BE AUTOMATED?" you mention that
"In recent years, there has been a surge of work focused on improving the algorithmic foundations of model tuning. Gaussian processes, evolutionary algorithms, and reinforcement learning have all been used to learn model hyperparameters and architectures with very limited human input"
Could you point me to some papers/references that use Gaussian processes or evolutionary algorithms to automate the tuning process?
Thank you,
The text was updated successfully, but these errors were encountered:
Thank you for your reply. I'll check out Spearmint. I'm familiar with Differential Evolution for parameter estimation, so I'm planning to use DE on my first attempt. Please let me know if you do come across any recent references that compare the GP and DE methods. Thank you again.
Hello,
I'm learning a lot from the book, and am beginning to write my own code now. I have a question about a statement in the section "Hyperparameter Optimization Algorithms" - in the box titled "CAN’T HYPERPARAMETER OPTIMIZATION BE AUTOMATED?" you mention that
"In recent years, there has been a surge of work focused on improving the algorithmic foundations of model tuning. Gaussian processes, evolutionary algorithms, and reinforcement learning have all been used to learn model hyperparameters and architectures with very limited human input"
Could you point me to some papers/references that use Gaussian processes or evolutionary algorithms to automate the tuning process?
Thank you,
The text was updated successfully, but these errors were encountered: