Evaluation of ranked queries on large text collections can be costly in terms of processing time and memory space. Dynamic pruning techniques allow both costs to be reduced, at the potential risk of decreased retrieval effectiveness. In this paper we describe an improved query pruning mechanism that offers a more resilient tradeoff between query evaluation costs and retrieval effectiveness than do previous pruning approaches
Static index pruning techniques permanently remove a presumably redundant part of an inverted file, ...
Rank-aware query processing has emerged as a key requirement in modern applications. In these applic...
Web search engines have to deal with a rapidly increasing amount of information, high query loads an...
Retrieval can be made more efficient by deploying dynamic pruning strategies such as WAND, which do ...
Dynamic pruning strategies are effective yet permit efficient retrieval by pruning - i.e. not fully ...
Processing top-k bag-of-words queries is critical to many information retrieval applications, includ...
Recent advances in dense retrieval techniques have offered the promise of being able not just to re-...
The Web search engines maintain large-scale inverted indexes which are queried thousands of times pe...
A search engine infrastructure must be able to provide the same quality of service to all queries re...
The explosion of internet usage has provided users with access to information in an unprecedented sc...
Static index pruning techniques permanently remove a presumably redundant part of an inverted file, ...
Search engines are exceptionally important tools for accessing information in today’s world. In sati...
Static index pruning techniques aim at removing from the posting lists of an inverted file the refer...
We propose to use a score cache, which stores the score of the k.th result of a query, to accelerate...
Dynamic pruning strategies enhance the efficiency of search engines, by making use of term upper bou...
Static index pruning techniques permanently remove a presumably redundant part of an inverted file, ...
Rank-aware query processing has emerged as a key requirement in modern applications. In these applic...
Web search engines have to deal with a rapidly increasing amount of information, high query loads an...
Retrieval can be made more efficient by deploying dynamic pruning strategies such as WAND, which do ...
Dynamic pruning strategies are effective yet permit efficient retrieval by pruning - i.e. not fully ...
Processing top-k bag-of-words queries is critical to many information retrieval applications, includ...
Recent advances in dense retrieval techniques have offered the promise of being able not just to re-...
The Web search engines maintain large-scale inverted indexes which are queried thousands of times pe...
A search engine infrastructure must be able to provide the same quality of service to all queries re...
The explosion of internet usage has provided users with access to information in an unprecedented sc...
Static index pruning techniques permanently remove a presumably redundant part of an inverted file, ...
Search engines are exceptionally important tools for accessing information in today’s world. In sati...
Static index pruning techniques aim at removing from the posting lists of an inverted file the refer...
We propose to use a score cache, which stores the score of the k.th result of a query, to accelerate...
Dynamic pruning strategies enhance the efficiency of search engines, by making use of term upper bou...
Static index pruning techniques permanently remove a presumably redundant part of an inverted file, ...
Rank-aware query processing has emerged as a key requirement in modern applications. In these applic...
Web search engines have to deal with a rapidly increasing amount of information, high query loads an...