Information retrieval research usually deals with globally visible, static document collections. Practical applications, in contrast, like file system search and enterprise search, have to cope with highly dynamic text collections and have to take into account user-specific access permissions when generating the results to a search query. The goal of this thesis is to close the gap between information retrieval research and the requirements exacted by these real-life applications. The algorithms and data structures presented in this thesis can be used to implement a file system search engine that is able to react to changes in the file system by updating its index data in real time. File changes (in-sertions, deletions, or modifications) ar...
With the great increment in the sharing files over networks, the recall, precision and reliability o...
Full-text le system search tools have experi-enced an enormous boom during the last year. While they...
Abstract—As file system capacities reach the petascale, it is becoming increasingly difficult for us...
In this article, first, the Tree Search structure-a hierarchical structure for information retrieval...
Plenty of data is produced every second in the world. Having a huge amount of data, finding valuable...
File-search service is a valuable facility to accelerate many analytics applications, because it can...
The ability to quickly retrieve files in personal information systems is becoming increasingly impor...
This thesis develops a general parameterized model that facilitates the comparison of different file...
Information retrieval systems can be very complex depending on their size and contents. To keep info...
Modern high end computing systems store hundreds of petabytes of data and have billions of files, as...
The current role of computers in automatic document processing is briefly outlined, and some reasons...
The exponentially increasing amount of data in file systems has made it increasingly important for f...
In most organizations, the number of files increases at a rate similar to the growth of data. As one...
We describe Eureka, a file system search engine that takes into account the inherent relationships a...
Enabling search alleviates the need for manual file man-agement, allowing users to find files by the...
With the great increment in the sharing files over networks, the recall, precision and reliability o...
Full-text le system search tools have experi-enced an enormous boom during the last year. While they...
Abstract—As file system capacities reach the petascale, it is becoming increasingly difficult for us...
In this article, first, the Tree Search structure-a hierarchical structure for information retrieval...
Plenty of data is produced every second in the world. Having a huge amount of data, finding valuable...
File-search service is a valuable facility to accelerate many analytics applications, because it can...
The ability to quickly retrieve files in personal information systems is becoming increasingly impor...
This thesis develops a general parameterized model that facilitates the comparison of different file...
Information retrieval systems can be very complex depending on their size and contents. To keep info...
Modern high end computing systems store hundreds of petabytes of data and have billions of files, as...
The current role of computers in automatic document processing is briefly outlined, and some reasons...
The exponentially increasing amount of data in file systems has made it increasingly important for f...
In most organizations, the number of files increases at a rate similar to the growth of data. As one...
We describe Eureka, a file system search engine that takes into account the inherent relationships a...
Enabling search alleviates the need for manual file man-agement, allowing users to find files by the...
With the great increment in the sharing files over networks, the recall, precision and reliability o...
Full-text le system search tools have experi-enced an enormous boom during the last year. While they...
Abstract—As file system capacities reach the petascale, it is becoming increasingly difficult for us...