Microsoft Technology Licensing, LLC

Gareth Alan Howell

Olivier Colle

Eran Megiddo

Tristan Davis

Sherman Der

Dan Parish

Christian E Stich

Jeff Rambharack

Jason Fergus Moore

Gurpratap Virdi

Daniel W Crevier

Jonathan Alexander Bockelman

David Citron

Zhenjun Zhu

Jennifer I Shen

Chih-Lung Lin

Alexandre Vicktorovich Grigorovitch

Rebecca Claire Weiss

Sohail Baig Mohammed

Sugandha SudeshKumar Kapoor

Nishad Mulye

Niranjan S Nayak

Kiran Akella Venkata

Juraj Gottweis

Thobias M Jones

Tony M Antoun

Thomas W Holcomb

Scott Field

Kirt A Debique

Mei Ling Wilson

Geoffrey T Dunbar

Stephen Estrop

Ian Cameron Mercer

Matthew James Ruhlen

Jonathan Marshall Cain

Maria M Cameron

Christopher J Brown

Brian James Walker

David Charles LeBlanc

Krista Bendig

Ramesh Chinta

Donovan P Lange

Jay Senior

Randolph Bruce Oakley

Thomas R A Ham

Brendyn O'Dell-Alexander

Miguel M Valdez

Nicholas Allen Robarge

Kristen Miller

Blake Bender

Tim Cowley

Leslie A Scott

Jie Tang

S Franklin Williams

Lin Chih-Lung Bruce Bruce

Collaborating on documents by e-mail may be streamlined into a unified process. In one example, a user creates a document in an online document service, and sends the document to collaborators by mailing a link to the document. The document may have permissions set so that the creator of the document, and any user on the e-mail distribution list, can read and edit the document. When a user receives the e-mail, that user may open and edit the document. Upon closing the editing application, the user may be presented with an appropriate interface to create a reply e-mail.

Streamlined collaboration on document

Embodiments are provided for utilizing server pre-processing to deploy static renditions of electronic documents in a computer network. An electronic document may be published from a client computer to a first server computer in the computer network. During publication, the first server computer may create a static rendition of the electronic document and a viewing application for viewing the static rendition of the electronic document on the client computer. The first server computer may store the static rendition of the electronic document and the viewing application on a second server computer for delivery to the client computer. Other embodiments may also include receiving, at the first server computer, a request to make revisions to the electronic document and sending a dynamic version of the electronic document from the first server computer to the client for making the revisions to the electronic document.

Utilizing server pre-processing to deploy renditions of electronic documents in a computer network

Techniques to automatically syndicate content over a network are described. An apparatus may comprise a client computer having a processing system with a processor and computer-readable medium. The computer readable medium may store program instructions for a syndication manager component communicatively coupled to a content producing component arranged to be executed by the processor. The syndication manager component may be operative to receive syndication content from the content producing component, and provide a syndication dialog through the content producing component to syndicate the syndication content using a content delivery platform. The syndication manager component may also syndicate the syndication content to form a syndication resource accessible from the content delivery platform over a network using a syndication referent. Other embodiments are described and claimed.

Techniques to automatically syndicate content over a network

A request is received for a rendered document corresponding to a document. The document is retrieved from a storage device. The document is transformed into the rendered document. One or more server font files associated with the rendered document are generated. The rendered document and the server font files are stored.

Font handling for viewing documents on the web

Systems and methods for creating a secure process on a web server can include creating an application manager process, and creating an application host process, the application host process being created under control of the application manager process. Example methods can also include restricting attributes of the application host process, and assigning a unique logon identifier to the application host process so that the application host process can only communicate with the application manager process.

System for running potentially malicious code

Portions of content are transformed into portions of rendered content. While the portions of the content are being transformed into portions of the rendered content, each discrete portion of the rendered content can be provided to the application program after that portion is completed.

Content rendering on a computer

A media processing framework includes multiple media processing paths. At least one of the media processing paths includes a media processing pipeline which is in-process with respect to an application which interacts with the media processing pipeline. At least one other of the media processing paths includes a media processing pipeline which is out-of-process with respect to the application. The application can specify a custom plug-in presenter module to be set in either the in-process media processing pipeline or the out-of-process media processing pipeline. The application need not be 'aware' of the pipeline that is being used, whether the pipeline is in-process or out-of-process, or the security level that is applied to the media processing pipeline. Both the in-process and the out-of-process media processing pipelines can supply media information to a presentation processor, such as a compositing engine.

Strategies for processing media information using a plug-in processing module in a path-agnostic manner

Described herein is a technology for facilitating playback of video segments (with transforms applied therein) which can be both glitch-free and realtime.

Glitch-free realtime playback

Systems and methods for processing input media in a computing device are described. In one aspect, a reconstructed frame is cached according to a set of criteria. A request to scrub to a predictive frame of input media is received. Responsive to receiving the request, the predictive frame is decoded starting with the reconstructed frame.

Reconstructed frame caching

Growing community of inventors

Bothell, WA, United States of America

Gareth Alan Howell