Abstract: A method including sending a media content to a target media destination through a first server and receiving a first response to the media content through a second server, where the first server is the intended receiver of the first response. A resulting triggering event is followed by the generating of a request to determine how to handle the triggering event. The request is received through a network routing control that comprises logic to generate a second response to the request. Next, the second response to the request is executed.

Abstract: A system to analyze and improve network traffic latency in networks including at least one IP Anycast network, based on first derivative graphs generated from directed acyclic graphs generated at periodic intervals for end user devices and network servers. The first derivative graphs are reduced to a best-performance path and applied to make application-specific data routing changes in the network.

Abstract: A system to analyze and improve network traffic latency in networks including at least one IP Anycast network, based on first derivative graphs generated from directed acyclic graphs generated at periodic intervals for end user devices and network servers. The first derivative graphs are reduced to a best-performance path and applied to make application-specific data routing changes in the network.

Abstract: A method comprising receiving a media signal from a media source at one of one or more media signal receivers, determining an association between the media source and the one of the one or more media signal receivers, sending the association to a state control memory structure, determining one of one or more media signal transmitters associated with a media destination, and sending the first media signal to the media destination utilizing the one of the one or more media signal transmitters associated with the media destination. As a media source may be further utilized as a media destination, the association is utilized to determine the one of the one or more media signal transmitters.

Abstract: A method including sending a media content to a target media destination through a first server and receiving a first response to the media content through a second server, where the first server is the intended receiver of the first response. A resulting triggering event is followed by the generating of a request to determine how to handle the triggering event. The request is received through a network routing control that comprises logic to generate a second response to the request. Next, the second response to the request is executed.

Abstract: A method comprising receiving a media signal from a media source at one of one or more media signal receivers, determining an association between the media source and the one of the one or more media signal receivers, sending the association to a state control memory structure, determining one of one or more media signal transmitters associated with a media destination, and sending the first media signal to the media destination utilizing the one of the one or more media signal transmitters associated with the media destination. As a media source may be further utilized as a media destination, the association is utilized to determine the one of the one or more media signal transmitters.