Xerox Corporation

Google Inc.

Noel S Omega

Daniel W Manchala

John C Wenn, Ii

Paul B Gloger

Leonid Orlov

Yoon J Jhong

Youngseok Seo

Steven Jay Harrington

The optimal version of a document can depend on the user's need and the presentation device, and can govern choices of content as well as style. The content needed for multiple versions of a document can be included in a single document structure and identified by means of tags or by a content selection node. Tags allow the user to specify a desired version, while selection nodes allow the content to be automatically selected, styled and formatted to optimize a set of constraints. Content alternatives may be generated automatically from original content.

Multi-versioned documents and method for creation and use thereof

The present invention is directed to a method for determining a document's overall effectiveness or quality using a technique that employs detecting correlation between document citation rate and document presentation elements such as style and layout. A document's citation rate is the number of citations of or references to that document from other documents. This is taken as an indicator of a document's overall effectiveness. This invention employs automated means to obtain, for a sample of documents, both presentation data and citation rate data. Presentation data is obtained, for each document in the sample, by automated inspection of the document, for stylistic elements. The citation rate for each document is based on the number of citations (e.g., hyperlinks) to that document from another set of documents, the larger the set the better. The present invention then computes the statistical correlation of document citation rate versus presentation elements used, in a straightforward manner to identify correlation between the citation rate and presentation element(s).

Method for determining overall effectiveness of a document

A method of organizing electronic document-related information at least includes generating a collection of electronic documents, forming from the collection, at least one cluster of documents based upon a user's selection of a subject, and determining for each author of documents in the cluster, the number of times each the author is an author of a document corresponding to the subject. The authors are ranked and presented to the user in the form of an index. The ranked index can be interpreted as a ranking of subject matter experts.

Scheme for creating a ranked subject matter expert index

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Panorama City, CA, United States of America

Noel S Omega