The hybrid network device determines an address associated with the preferred network interface of the hybrid network device.
The hybrid network includes a hybrid input, a receive input, and a hybrid output.
The computer is used to initiate remote management of the hybrid network, including tests of the hybrid network.
In one embodiment, the hybrid network device determines a preferred network interface among a plurality of network interfaces of the hybrid network device for communicating with a second network device.
Next, the data is analyzed to determine a status of the hybrid network which in turn is utilized during management of the hybrid network.
The static network nodes form a static infrastructure backbone of the hybrid mobile ad-hoc network.
The antenna has a plurality of radiating elements fed by a hybrid waveguide/stripline network that includes a waveguide power splitter for coupling power into the stripline network.
A hybrid fiber/coax network is provided.
An apparatus and a method for transmitting multimedia data in a hybrid network are provided.
An interference suppression method in a macrocell and femtocell hybrid network is provided.
The present invention makes possible the power balance of each radio channel in a hybrid network.
The present invention is mainly applied to an optical fibre coaxial hybrid network.
The present invention solves the problem of time synchronisation in the hybrid Ad Hoc network.
The network and method employ a tiered Internet-based network that is served by a hybrid satellite/optical fiber data distribution network.
The customers can therefore roam from one network to another network (hybrid network) and will still keep the same services across these different networks.
The hybrid network is analyzed to identify network problems.