We show that a cluster-skipping inverted index (CS-IIS) is a practical and efficient file structure to support category-restricted queries for searching Web directories. The query processing strategy with CS-IIS improves CPU time efficiency without imposing any limitations on the directory size
Compression reduces both the size of indexes and the time needed to evaluate queries. In this paper,...
Efficient construction of inverted indexes is essential to provision of search over large collection...
Large-scale Parallel Web Search Engines (WSEs) needs to adopt a strategy for partitioning the invert...
We show that a cluster-skipping inverted index (CS-IIS) is a practical and efficient file structure ...
We propose a unique cluster-based retrieval (CBR) strategy using a new cluster-skipping inverted fil...
For text retrieval systems, the assumption that all data structures reside in main memory is increas...
Web search engines need to provide high throughput and short query latency. Recent results show that...
We study efficient query processing in distributed web search engines with global index organization...
The processing time and disk space requirements of an inverted index and top-down cluster search ar...
Today’s search engines are increasingly required to broaden their capabilities beyond free-text sear...
To sustain the tremendous workloads they suffer on a daily basis, Web search engines employ highly c...
The data structure at the core of large-scale search engines is the inverted index, which is essenti...
Web search engines have to deal with a rapidly increasing amount of information, high query loads an...
Our research shows that for large databases, without considerable additional storage overhead, clust...
Magíster en Ciencias, Mención ComputaciónWeb search has become an important part of day-to-day life....
Compression reduces both the size of indexes and the time needed to evaluate queries. In this paper,...
Efficient construction of inverted indexes is essential to provision of search over large collection...
Large-scale Parallel Web Search Engines (WSEs) needs to adopt a strategy for partitioning the invert...
We show that a cluster-skipping inverted index (CS-IIS) is a practical and efficient file structure ...
We propose a unique cluster-based retrieval (CBR) strategy using a new cluster-skipping inverted fil...
For text retrieval systems, the assumption that all data structures reside in main memory is increas...
Web search engines need to provide high throughput and short query latency. Recent results show that...
We study efficient query processing in distributed web search engines with global index organization...
The processing time and disk space requirements of an inverted index and top-down cluster search ar...
Today’s search engines are increasingly required to broaden their capabilities beyond free-text sear...
To sustain the tremendous workloads they suffer on a daily basis, Web search engines employ highly c...
The data structure at the core of large-scale search engines is the inverted index, which is essenti...
Web search engines have to deal with a rapidly increasing amount of information, high query loads an...
Our research shows that for large databases, without considerable additional storage overhead, clust...
Magíster en Ciencias, Mención ComputaciónWeb search has become an important part of day-to-day life....
Compression reduces both the size of indexes and the time needed to evaluate queries. In this paper,...
Efficient construction of inverted indexes is essential to provision of search over large collection...
Large-scale Parallel Web Search Engines (WSEs) needs to adopt a strategy for partitioning the invert...