cartesian k-means

Cartesian k-means

Mohammad Norouzi

David Fleet

We need many clusters

Increasing number of clusters

Problem: Search time, storage cost

(subspace 1) (subspace 2)

(subspace 1) (subspace 2)

(subspace 1) (subspace 2)

(subspace 1) (subspace 2)

(subspace 1) (subspace 2)

(subspace 1) (subspace 2)

Compositional representation

Compositional representation

Compositional representation

Which subspaces?

Which subspaces? Learning

k-means

k-means

k-means

Orthogonal k-means

Orthogonal k-means

Orthogonal k-means

Iterative Quantization [Gong & Lazebnik, CVPR’11]

Product Quantization [Jegou, Douze, Schmid, PAMI’11]

Cartesian k-means

Cartesian k-means

Cartesian k-means

Learning Cartesian k-means

Learning Cartesian k-means

Learning Cartesian k-means

Learning Cartesian k-means

Learning Cartesian k-means

Learning Cartesian k-means

Learning Cartesian k-means

Learning Cartesian k-means

Cartesian k-means

Cartesian k-means

compositionality

Codebook learning (CIFAR-10)

Codebook learning (CIFAR-10)

Codebook learning (CIFAR-10)

Run-time complexity

Summary

ok-means

ITQ

ck-means

PQ

Thank you for your attention!