Reviews: Learning Nearest Neighbor Graphs from Noisy Distance Samples
–Neural Information Processing Systems
As a non theory person I was able to follow the motivation, the problem set-up and the main result. The intuition that not all queries Q(j,k) needs to be issued conditioned on the past queries due to the fact that we're in a metric space. The bounds looks fine, mostly it is a construction of the confidence in the estimation of Q(j,k), again, under the constraint that Q(j,k) is a metric space with metric-ish properties. As a piece of technical achievement this paper is just fine. But it can improve in the following sense of story-telling and organisation: 1) we're doing an optimal query problem, namely, querying a noisey oracle Q(j,k) to construct a nearest-neighbor graph G(x_i,x_j).
Neural Information Processing Systems
Jan-25-2025, 22:29:41 GMT
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