Virtual channel satellite communication system with improved bandwidth efficiency
OwnerRobert F. Friedman, John Bush +2inventors
InventorsRobert F. Friedman, John Bush, Greg Garner, John C. Thacker
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OwnerRobert F. Friedman, John Bush +2inventors
InventorsRobert F. Friedman, John Bush, Greg Garner, John C. Thacker
Estimating the term…
Presented is a satellite communication system that allows aggregation of available transponder bandwidth. A channel signal is divided into subparts (e.g., data packets), formatted (e.g., encapsulated) and distributed among a plurality of subchannels according to bandwidth availability. Each subpart is encoded with information that facilitates proper reconstruction of the original channel data at the receiving station. The subchannels are transmitted to a receiving station, which synchronizes the subchannels and decapsulates the subparts. The receiving station includes a subchannel combiner which combines the decapsulated subparts in select subchannels to produce a reconstructed version of a user-selected channel signal. A controller in the receiving station identifies the subchannels to be combined in response to user selection and sends commands to a subchannel combiner. The receiving station also includes a connectivity matrix that discards the unnecessary subchannels before demodulation and reconstruction, reducing the number of demodulators in the system.
A method of satellite communication that allows efficient use of available bandwidth, the method comprising:
A method of satellite communication that allows efficient use of available bandwidth, the method comprising:
A satellite communications system which provides an enhanced digital communication channel, the satellite communications system comprising:
A satellite communications system which provides an enhanced digital communication channel, the satellite communications system comprising:
Dependencies are inferred from the claim text.