Microsoft Technology Licensing, LLC

Laurence Jack Golding

Peter G Chin

Mauricio Lomelin

Derek S Graham

Robert C Murdock

Kate Welker

Justin C Cooper

Suzanne Walsh

Charles B Schnarel

Michael Dean Stokes

Michael C Fanning

Michael Bourgoin

Srivatsn Narayanan

Gen Lu

Charles P Schnarel

Jinu Joseph

David Andrew Knise

A data analysis and transformation engine provides a service that automatically analyzes, formats, and/or reviews changes made to collection of artifacts stored in one or more source control systems in accordance with a user's instructions in a coordinated manner. A user subscribes to the data analysis and transformation engine with instructions on the user's preference for formatting, reviewing, and analyzing an artifact after the artifact was modified and checked into a source control system.

Transactional distributed data analysis and transformation

Systems and methods for providing consistent chromatic adaptation to a workflow comprising a number of International Color Consortium (ICC) profiles is provided. In accordance with an exemplary method of the present invention, the profiles within the workflow that require chromatic adaptation are identified. A control profile, whose chromatic adaptation method will be applied to the other profiles identified as requiring chromatic adaptation, is also identified. The chromatic adaptation method of the control profile is determined. The color data of the each profile identified as requiring chromatic adaptation is then converted using the chromatic adaptation method of the control profile such that all profiles requiring chromatic adaptation have been chromatically adapted using the same method.

ICC consistent chromatic adaptation

A user interface for screen phones monitors telephone line state information and displays user interface controls and telephone line status information dependent on the telephone line state. The user interface includes a display element referred to as a call slip that expands and collapses in response to changes in telephone line state and user input. The call slip updates the information that it displays based on telephone line state changes and information communicated from one or more telephony monitoring applications. The call slip displays user interface controls representing tasks that are dependent on information derived from a telephone call, such as caller ID information. The software used to control the display of call slips and to monitor telephone line state is part of a software platform that may be customized for a particular device or application. For example, an implementer may select default display elements and monitoring application programs from the platform and add custom display elements that communicate with the default programs via their programming interfaces.

Common visual and functional architecture for presenting and controlling arbitrary telephone line features

A graphical user interface for a web telephone and other telephony devices provides a unique combination of display elements that provide information and enable the user to access functionality of the device. The display elements include customizable screen areas called panes, an application program selection area, and call state area for displaying telephone line status information. A software platform of the user interface provides a set of default user interface features and exposes an application programming interface. System implementers may customize the default display elements or create entirely new custom panes that fit within a uniform user interface framework using the application programming interface.

Graphical user interface for a screen telephone

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Seattle, WA, United States of America

Laurence Jack Golding