Microsoft Technology Licensing, LLC

Daniel M C Caiafa

Alexander Thomas Weinert

Brian R Morin

Ling Tony Chen

Shyam Krishnamoorthy

Jerry Alan Johnson

Jerry Paul Hook

Dan E Walther

Jeffrey L Allen

Techniques to enable parental control for a media console are described. One such technique involves enabling user-specific security (or rights) settings. This technique includes first receiving a user identifier from a user interface of a media console. The technique includes next determining a first security profile for the media console based on the user identifier. In this technique, the first security profile defines a supervised operating configuration for the media console that is specific to the user identifier, and which is controlled by an authorized party, such as a parent. Finally, the technique includes enabling use of the first media console subject to the first security profile. In this technique, the first security profile thereby defines parental control choices regarding use of the first media console by the first user, e.g., a child.

Parental controls for a media console

Resources are partitioned via a virtual partitioning system to distribute the resources over a plurality of resource servers. A virtual partition table can be kept at each of a set of resource managers handling requests for resources in tandem. When a resource is requested, a virtual partition value is calculated algorithmically, and the value is mapped to a resource component via the virtual partition table. The resource component encapsulates information indicating on which of the resource servers the resource resides and can provide a component for performing operations on the resource even though the requester does not have information about where the resource resides. The resources can be repartitioned by modifying the virtual partition table, thus allowing the addition of additional resource servers to the system while the resources remain available. Additional resource types can be added without reengineering the system.

Scalable virtual partitioning of resources

Resources are partitioned via a virtual partitioning system to distribute the resources over a plurality of resource servers. A virtual partition table can be kept at each of a set of resource managers handling requests for resources in tandem. When a resource is requested, a virtual partition value is calculated algorithmically, and the value is mapped to a resource component via the virtual partition table. The resource component encapsulates information indicating on which of the resource servers the resource resides and can provide a component for performing operations on the resource even though the requestor does not have information about where the resource resides. The resources can be repartitioned by modifying the virtual partition table, thus allowing the addition of additional resource servers to the system while the resources remain available. Additional resource types can be added without reengineering the system.

Various techniques are described for managing license rights for a variety of digital content. One technique involves initiating a request for a specific content package. The content package includes a unique content package identifier that can be linked with a license offer that also has a unique identifier. A determination is made as to whether the specific content package is available locally, and if not, the specific content package is downloaded. A use license can be obtained for digital content contained within the specific content package. One or more use-license parameters can be determined based on the use license obtained for the digital content. Finally, use of the digital content is enabled in accord with the license parameters that were thus determined.

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Kirkland, WA, United States of America

Daniel M C Caiafa