Dynamic pruning strategies enhance the efficiency of search engines, by making use of term upper bounds to decide when a document will not make the final set of k retrieved documents. After discussing different approaches for obtaining term upper bounds, we propose the use of multiple least upper bounds. Experiments are conducted on the TREC ClueWeb09 corpus, to measure the accuracy of different upper bounds. © 2011 Springer-Verlag
Search engines are exceptionally important tools for accessing information in today’s world. In sati...
BlockMaxWand is a recent advance on the Wand dynamic pruning technique, which allows efficient retr...
This paper discusses a novel approach developed for static index pruning that takes into account the...
Dynamic pruning strategies enhance the efficiency of search engines, by making use of term upper bou...
Dynamic pruning strategies are effective yet permit efficient retrieval by pruning - i.e. not fully ...
Negated query terms allow documents containing such terms to be filtered out of a search results lis...
Document-at-a-time (DAAT) dynamic pruning strategies for information retrieval systems such as MaxSc...
The Web search engines maintain large-scale inverted indexes which are queried thousands of times pe...
Processing top-k bag-of-words queries is critical to many information retrieval applications, includ...
Negated query terms allow documents containing such terms to be filtered out of a search results lis...
BlockMaxWand is a recent advance on the Wand dynamic pruning technique, which allows efficient retri...
Web search engines typically index and retrieve at the page level. In this study, we investigate a d...
Retrieval can be made more efficient by deploying dynamic pruning strategies such as WAND, which do ...
A dynamic pruning strategy, such as WAND, enhances retrieval efficiency without degrading effectiven...
Evaluation of ranked queries on large text collections can be costly in terms of processing time and...
Search engines are exceptionally important tools for accessing information in today’s world. In sati...
BlockMaxWand is a recent advance on the Wand dynamic pruning technique, which allows efficient retr...
This paper discusses a novel approach developed for static index pruning that takes into account the...
Dynamic pruning strategies enhance the efficiency of search engines, by making use of term upper bou...
Dynamic pruning strategies are effective yet permit efficient retrieval by pruning - i.e. not fully ...
Negated query terms allow documents containing such terms to be filtered out of a search results lis...
Document-at-a-time (DAAT) dynamic pruning strategies for information retrieval systems such as MaxSc...
The Web search engines maintain large-scale inverted indexes which are queried thousands of times pe...
Processing top-k bag-of-words queries is critical to many information retrieval applications, includ...
Negated query terms allow documents containing such terms to be filtered out of a search results lis...
BlockMaxWand is a recent advance on the Wand dynamic pruning technique, which allows efficient retri...
Web search engines typically index and retrieve at the page level. In this study, we investigate a d...
Retrieval can be made more efficient by deploying dynamic pruning strategies such as WAND, which do ...
A dynamic pruning strategy, such as WAND, enhances retrieval efficiency without degrading effectiven...
Evaluation of ranked queries on large text collections can be costly in terms of processing time and...
Search engines are exceptionally important tools for accessing information in today’s world. In sati...
BlockMaxWand is a recent advance on the Wand dynamic pruning technique, which allows efficient retr...
This paper discusses a novel approach developed for static index pruning that takes into account the...