BibSLEIGH
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Used together with:
earth (16)
distanc (16)
use (7)
base (4)
effici (3)

Stem mover$ (all stems)

16 papers:

CIKMCIKM-2014-UysalBSS #approximate #database #distance #multi #performance #scalability #using
Efficient Filter Approximation Using the Earth Mover’s Distance in Very Large Multimedia Databases with Feature Signatures (MSU, CB, JS, TS), pp. 979–988.
ICPRICPR-2014-ZenRS #distance #learning #matrix #metric
Simultaneous Ground Metric Learning and Matrix Factorization with Earth Mover’s Distance (GZ, ER, NS), pp. 3690–3695.
ICDARICDAR-2013-Saabni #distance #embedded #image #performance #retrieval #using #word
Efficient Word Image Retrieval Using Earth Movers Distance Embedded to Wavelets Coefficients Domain (RS), pp. 314–318.
VLDBVLDB-2014-TangUCMC13 #distance #scalability #similarity
Earth Mover’s Distance based Similarity Search at Scale (YT, LHU, YC, NM, RC), pp. 313–324.
ICALPICALP-v1-2012-VerbinZ #distance #named #sketching
Rademacher-Sketch: A Dimensionality-Reducing Embedding for Sum-Product Norms, with an Application to Earth-Mover Distance (EV, QZ), pp. 834–845.
CASECASE-2011-BoemPFP #clustering #distance #multi #using
Multi-feature trajectory clustering using Earth Mover’s Distance (FB, FAP, GF, TP), pp. 310–315.
ICDARICDAR-2011-MarinaiMS11a #distance #retrieval #using
Using Earth Mover’s Distance in the Bag-of-Visual-Words Model for Mathematical Symbol Retrieval (SM, BM, GS), pp. 1309–1313.
VLDBVLDB-2012-RuttenbergS11 #distance #using
Indexing the Earth Mover’s Distance Using Normal Distributions (BER, AKS), pp. 205–216.
STOCSTOC-2011-IndykP #clustering #distance #modelling
K-median clustering, model-based compressive sensing, and sparse recovery for earth mover distance (PI, EP), pp. 627–636.
CIKMCIKM-2011-JangKFP #approximate #distance #linear
A linear-time approximation of the earth mover’s distance (MHJ, SWK, CF, SP), pp. 505–514.
KDDKDD-2011-ApplegateDKU #clustering #distance #multi #using
Unsupervised clustering of multidimensional distributions using earth mover distance (DA, TD, SK, SU), pp. 636–644.
VLDBVLDB-2010-XuZTY #data-driven #database #distance #effectiveness #performance #probability #similarity
Efficient and Effective Similarity Search over Probabilistic Data based on Earth Mover’s Distance (JX, ZZ, AKHT, GY), pp. 758–769.
CIKMCIKM-2009-WichterichBSS #database #distance #feedback #multi
Exploring multimedia databases via optimization-based relevance feedback and the earth mover’s distance (MW, CB, MS, TS), pp. 1621–1624.
ICPRICPR-2008-RabinDG08a #comparison #distance
Circular Earth Mover’s Distance for the comparison of local features (JR, JD, YG), pp. 1–4.
CIKMCIKM-2005-WanP #distance #documentation #semantics #similarity
The earth mover’s distance as a semantic measure for document similarity (XW, YP), pp. 301–302.
ICPRICPR-v1-2004-KimYL #algorithm #distance #graph #relational #using
A New Attributed Relational Graph Matching Algorithm Using the Nested Structure of Earth Mover’s Distance (DHK, IDY, SUL), pp. 48–51.

Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
Hosted as a part of SLEBOK on GitHub.