Derivation of Theoretical Formulae of Accuracy and Memory Amount on Accessing Neighboring Buckets in Hash-Based Approximate Nearest Neighbor Search

LanguageJapanese
TypeProceedings of Japanese Conferences
AuthorsTomoyuki Muto, Masashi Tada, Masakazu Iwamura, Koichi Kise
TitleDerivation of Theoretical Formulae of Accuracy and Memory Amount on Accessing Neighboring Buckets in Hash-Based Approximate Nearest Neighbor Search
JournalIEICE Tecnical Report
Vol.109
No.374
Presentation numberPRMU2009-170
Pagespp.109-114
DateJanuary 2010
Research fieldsNearest Neighbor Search
KeyMuto2010 (id=1131)

Abstract

Approximate nearest neighbor search is a technique which greatly reduces processing time and required amount of memory for nearest neighbor search. Generally, there are the relationships of trede-off among accuracy, processing time and memory amount. Thus, analysis on the relationships is an important task for actual use of approximate nearest neighbor search method. In this paper, we construct a model of approximate nearest neighbor search methods with accessing neighboring buckets ~\cite{nog,PCH,M-P_LSH,mvh}, and derive theoretical formulae in accuracy and memory amount. We compare simulated values with experimented values.

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