Microsoft Technology Licensing, LLC

Sally K Salas

Eric Benjamin Watson

Raman Chandrasekar

James Charles Finger, Ii

Navin Martin Joy

Darren Arthur Shakib

Christopher D Payne

Marcelo Calbucci

Sreeram Krishnan

A method, system, and computer-accessible medium are provided for optimizing search result listings in a search engine user interface. The system and method provide an automated way of promoting and demoting the placement of a search result listing between more or less desirable locations, based on the listing's performance in a given placement. Promoting and demoting placements is based on a threshold performance for the listing against which the actual performance of a listing is measured. The threshold performance may be advantageously varied to accommodate different revenue and relevance goals for a particular search engine or portion of the search engine's market.

System and method for optimizing search result listings

A search and a browse on a single user query is performed. A refined query is selected from the results of the first user query. Thereafter, a list of concepts from a first directory associated with the refined query is obtained. The concepts are defined in a hierarchical relationship with concepts having broader scope being higher in the hierarchy and concepts having a narrower scope being lower in the hierarchy. Additionally, a list of web sites associated with the search concept is obtained from a second directory.

System and method for performing a search and a browse on a query

The present invention is directed toward efficiently locating desired information and, more specifically, to providing a system and method for removing unnecessary multiple references to a common resource such as redundant listed Uniform Resource Locators (URLs) that reference the same display URLs (and thus the same Web page) as another listed URL. Consequently, in circumstances where only a smaller, finite number of listed results are immediately used (such as displaying only the twenty most relevant results on the first page presented to a search engine end-user), the finite number of listed results may corresponds to a greater number of unique display URLs than would otherwise occur absent this form of filtering.

Systems and methods for removing duplicate search engine results

Front end preprocessing modifies queries to get them in better form for presentation to a variety of data sources. The queries are modified by grouping terms as phrases, correcting spelling errors, and augmenting the query with category terms that trigger query execution on certain data sources. Context information about a particular user as well as information about previous queries by other uses are also used to modify the query to better reflect the user's intent.

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Issaquah, WA, United States of America

Sally K Salas