Abstract: A technology is described for a message queuing service. An example method may include obtaining a message having message attributes from a shared queue that contains messages intended for destination queues and analyzing the message attributes for the message to identify a message exchange associated with the message, where the message exchange has destination queues subscribed to the message exchange that receive messages via the message exchange. An exchange filter rule for the message exchange may then be identified and used to identify subscribed destination queues linked to the exchange filter rule. The message attributes of the message may then be analyzed to determine whether the value of the message attributes satisfy the exchange filter rule, and the message may be distributed to the subscribed destination queues as a result of the value of the message attribute satisfying the exchange filter rule.

Abstract: The present disclosure relates to technology broadcasting shared information in a network. When a user broadcasting the information is distributing to a limited number of users, the system will selectively distribute the information to the limited number of users using a direct iterative or parallelized mechanism. When the user broadcasting the information is distributing to a large number of users, the system will selectively distribute the information using a distributed and parallel processing mechanism. The distributed and parallel processing mechanism includes multiple processing nodes, formed of multiple processing sub-nodes, with varying depths or hierarchal levels which allow for the propagation of the information in an efficient manner without exhausting computing resources.

Abstract: The present disclosure relates to technology broadcasting shared information in a network. When a user broadcasting the information is distributing to a limited number of users, the system will selectively distribute the information to the limited number of users using a direct iterative or parallelized mechanism. When the user broadcasting the information is distributing to a large number of users, the system will selectively distribute the information using a distributed and parallel processing mechanism. The distributed and parallel processing mechanism includes multiple processing nodes, formed of multiple processing sub-nodes, with varying depths or hierarchal levels which allow for the propagation of the information in an efficient manner without exhausting computing resources.

Abstract: A system and method are disclosed for enhancing a television viewing experience by a group of one or more users. The experience is enhanced by integrating services from a number of different sources. This integration of services aggregates cloud data, identifies content from the aggregated cloud data that is potentially of interest to the user, and distributes that content to a main display or one or more secondary computing devices associated with the one or more users in the group.