Dynamic pruning strategies are effective yet permit efficient retrieval by pruning - i.e. not fully scoring all postings of all documents matching a given query. However, the amount of pruning possible for a query can vary, resulting in queries with similar properties (query length, total numbers of postings) taking different amounts of time to retrieve search results. In this work, we investigate the causes for inefficient queries, identifying reasons such as the balance between informativeness of query terms, and the distribution of retrieval scores within the posting lists. Moreover, we note the advantages in being able to predict the efficiency of a query, and propose various query efficiency predictors. Using 10,000 queries and the TRE...
Search engines are exceptionally important tools for accessing information in today’s world. In sati...
The query-performance prediction task has been described as estimating retrieval effectiveness in th...
Large scale retrieval systems often employ cascaded ranking architectures, in which an initial set o...
Dynamic pruning strategies are effective yet permit efficient retrieval by pruning - i.e. not fully ...
Dynamic pruning strategies permit efficient retrieval by not fully scoring all postings of the docum...
Retrieval can be made more efficient by deploying dynamic pruning strategies such as WAND, which do ...
Search engines are exceptionally important tools for accessing information in today’s world. In sati...
Processing top-k bag-of-words queries is critical to many information retrieval applications, includ...
Predicting the query latency by a search engine has important benefits, for instance, in allowing th...
Document-at-a-time (DAAT) dynamic pruning strategies for information retrieval systems such as MaxSc...
Predicting the query latency by a search engine has important benefits, for instance, in allowing th...
Evaluation of ranked queries on large text collections can be costly in terms of processing time and...
Dynamic pruning strategies enhance the efficiency of search engines, by making use of term upper bou...
To enhance effectiveness, a user’s query can be rewritten internally by the search engine in many wa...
Modern multi-stage retrieval systems are comprised of a candidate generation stage followed by one o...
Search engines are exceptionally important tools for accessing information in today’s world. In sati...
The query-performance prediction task has been described as estimating retrieval effectiveness in th...
Large scale retrieval systems often employ cascaded ranking architectures, in which an initial set o...
Dynamic pruning strategies are effective yet permit efficient retrieval by pruning - i.e. not fully ...
Dynamic pruning strategies permit efficient retrieval by not fully scoring all postings of the docum...
Retrieval can be made more efficient by deploying dynamic pruning strategies such as WAND, which do ...
Search engines are exceptionally important tools for accessing information in today’s world. In sati...
Processing top-k bag-of-words queries is critical to many information retrieval applications, includ...
Predicting the query latency by a search engine has important benefits, for instance, in allowing th...
Document-at-a-time (DAAT) dynamic pruning strategies for information retrieval systems such as MaxSc...
Predicting the query latency by a search engine has important benefits, for instance, in allowing th...
Evaluation of ranked queries on large text collections can be costly in terms of processing time and...
Dynamic pruning strategies enhance the efficiency of search engines, by making use of term upper bou...
To enhance effectiveness, a user’s query can be rewritten internally by the search engine in many wa...
Modern multi-stage retrieval systems are comprised of a candidate generation stage followed by one o...
Search engines are exceptionally important tools for accessing information in today’s world. In sati...
The query-performance prediction task has been described as estimating retrieval effectiveness in th...
Large scale retrieval systems often employ cascaded ranking architectures, in which an initial set o...