Microsoft Technology Licensing, LLC

Google Inc.

Alan Merzon

Antonio Fontan

Tim Herby

Christopher Habliston

Benjamin Frenkel

Haochen Liu

Sam Cheung

Kristie Fisher

Catherine Hsiao

Chris Welden

Stacey Peterson

Nicholas Dunn

Tahasildar Ramachandra Shivputrappa

Erica Hansen

Sanjeet Singh Mehat

Erin Hoffman-John

Bradley Richard McKee

A game platform manages, on behalf of a game program, platform nodes used to execute game operations, such as physics operations, artificial intelligence operations, and player messaging operations. Via the game platform, the game program can implement relatively sophisticated and complex game operations. The game platform can implement each game operation at a corresponding platform node, wherein the platform node employs associated hardware to execute the game operation. The game platform can distribute the platform nodes at different sets of hardware resources, such as different servers, different hardware accelerators, and the like, and thereby implement more sophisticated game operations than can be implemented by the game program directly. The game platform communicates data between the game program and the platform nodes using a zero-copy transfer technique, thereby transferring data with relatively little latency.

Game platform using zero-copy data transfer

Methods, systems, and media for coordinating multiplayer game sessions are provided. In some embodiments, the method comprises: determining that a first user associated with a first user device is viewing game content created by a second user associated with a second user device; in response to determining that the first user is viewing the game content created by the second user, determining whether the first user satisfies criteria for joining a multiplayer game session with the second user; in response to determining that the first user satisfies criteria for joining the multiplayer game session with the second user, causing a selectable input element to join a queue of players to participate in the multiplayer game session with the second user to be presented on the first user device; in response to determining that the selectable input element to join the queue of players has been selected on the first user device, adding the first user to a position of the queue of players; in response to determining that the first user can participate in the multiplayer games session based on the position within the queue of players, causing an invitation to join the multiplayer game session to be presented on the first user device; in response to determining that the invitation to join the multiplayer game session has been accepted on the first user device, causing the first user to be added to the multiplayer game session; causing the multiplayer game session to begin on the first user device, wherein the multiplayer game session includes at least the first user and the second user; and in response to determining that the multiplayer game session has ended, removing the first user from the multiplayer game session.

Methods, systems, and media for coordinating multiplayer game sessions

Embodiments related to the presentation of linear content and non-linear content in an integrated user experience are disclosed. One embodiment provides a method of identifying linear content and non-linear content for presentation via a video recording device. The method includes detecting a trigger to perform a search for content items, and providing, responsive to the trigger, a search request to one or more metadata sources, each metadata source containing locations of one or more of linear content items and non-linear content items available at one or more content sources. The method further includes receiving from each metadata source a search response including metadata associated with available content at one or more of the content sources, and outputting a list of content items identifying one or more linear content items and one or more non-linear content items from one or more metadata sources.

Presenting linear and nonlinear content via DVR

Embodiments related to the use of feedback to adapt digital video recording are disclosed. For example, one disclosed embodiment provides, on a computing device, a method of adapting an identification and scheduling of video items for recording based on usage. The method comprises detecting a trigger to perform a series update, and determining one or more video items to record as a part of a series by providing input to a series update module that returns candidate video items for inclusion in the series. The method further comprises scheduling zero or more of the candidate video items for recording, receiving feedback related to video item playback of one or more video items that were recorded based upon the scheduling, and based upon the feedback, adapting the input provided to the series update module for a later series update.

Adapting digital video recording based upon feedback

Embodiments that relate to defining series for digital video recording are disclosed. One embodiment provides a method including receiving selection of a set of one or more video content series for which to automatically schedule recording updates, wherein each video content series is of a series type selected from a plurality of series types and each series type utilizes a corresponding update module selected from a plurality of update modules. The method further comprises receiving a trigger configured to trigger an updating of one or more series types, and for each video content series to be updated based upon the trigger received, obtaining a list of candidate video items for potential scheduling by executing the corresponding update module.

Identifying series candidates for digital video recorder

A method for monetizing third-party recommended content is provided. The method includes receiving a programming feed from a recommender, receiving information regarding one or more items of advertising content from one or more advertising publishers, scheduling recording of video content identified in the programming feed for a user that follows the programming feed, sending the information regarding the one or more items of advertising content to a client device of the user, and receiving information regarding user playback actions that occurred during presentation of the video content identified in the programming feed and the advertising content.

Monetizing third-party recommended video content

Growing community of inventors

San Jose, CA, United States of America

Alan Merzon