Abstract:
Configuration of firewall functionality for routers operating within a multi-router network is contemplated. The firewall functionality configured for one or more of the routers may be based router positioning within the multi-router network. The firewall functionality may be automatically selected according to the router positioning in order to facilitate dynamic and/or adaptive router configuring.
Abstract:
Assignment of directionality to interfaces, ports, receptacles, antennas and other input/output (I/O) employed by network devices to facilitate multi-device networking is contemplated. The directionality assignments may be used to facilitate assigning directionless and/or configurable router directionality in order to automatically, adaptively, dynamically or other otherwise facilitate inter-router connections within a multi-router network.
Abstract:
Correction of errors within over-the-air signaling is contemplated. The error correction may include correcting over-the-air signaling used to facilitate transmitting content, broadcast television, etc. according to error correction data transmitted separately from the over-the-air signaling. A receiver may be configured to process the over-the-air signaling according to the error correction data so as to facilitate the contemplated error correction.
Abstract:
A digital (fiber optic) link transports one or more RF digital signal blocks, that when converted into analog and (optionally) converted to a RF center frequency with an D-A converter, form RF analog signal blocks. The RF analog signal block occupies a specified frequency band and is preferably capable of being distributed over a downstream coaxial portion of a HFC network and/or being broadcast. The D-A conversion is performed in a fiber node at a remote location where the transmission medium converts from digital optical fiber preferably to coaxial cable. The multiple RF digital signal blocks may be broadcast to multiple nodes or unicast to a single node. The RF signal blocks allow for any type of band-limited RF signal to be transported. The optical digital traffic to compose a RF analog signal blocks using a D-A converter may be point-to-point Ethernet, or may utilize a software-defined networking controller such as the one described in the OpenFlow™ specification, and may use buffering as necessary.