For some applications (e.g. Thompson sampling) it is required to perform some kind of optimization on a sample function from the posterior GP.
Right now the conditional sampling of the GP object only operates on a batch of input points that are chosen in advance. For most optimization algorithms one needs to get the sample function's values in an 'online' fashion (i.e. evaluating the same sample function but with multiple function calls).
This is particularity important for high dimensional input where a naive 'grid and interpolate' solution is infeasible.
It would be great if the GP object can provide an object that implements this functionality.
BTW George looks like a very nice piece of code. Very well written and easy to understand.
For some applications (e.g. Thompson sampling) it is required to perform some kind of optimization on a sample function from the posterior GP.
Right now the conditional sampling of the GP object only operates on a batch of input points that are chosen in advance. For most optimization algorithms one needs to get the sample function's values in an 'online' fashion (i.e. evaluating the same sample function but with multiple function calls). This is particularity important for high dimensional input where a naive 'grid and interpolate' solution is infeasible.
It would be great if the GP object can provide an object that implements this functionality.
BTW George looks like a very nice piece of code. Very well written and easy to understand.
Thanks, Ran