Beam-steering satellite communication terminal for field environments
A satellite communication terminal for a field environment includes: a broadband interface that creates a broadband link with a device in the field environment and that manages communication over the broadband link; a satellite antenna that creates a satellite backhaul link with a satellite in orbit; a satellite interface that manages communication over the satellite backhaul link; and a processor that controls a beam direction of the satellite antenna, performs broadband services on data exchanged with the device over the broadband link and the satellite backhaul link, and provides access to the exchanged data to the device.
1. A satellite communication terminal for a field environment, the satellite communication terminal comprising:
a broadband interface that creates a broadband link with a device in the field environment and that manages communication over the broadband link;
a satellite antenna that creates a satellite backhaul link with a satellite in orbit;
a satellite interface that manages communication over the satellite backhaul link; and
a processor that:
controls a beam direction of the satellite antenna;
performs broadband services on data exchanged with the device over the broadband link and the satellite backhaul link; and
provides access to the exchanged data to the device, wherein
the satellite in orbit comprises a plurality of non-geostationary satellites,
the processor repeatedly controls the beam direction of the satellite antenna to maintain the satellite backhaul link with the plurality of non-geostationary satellites, and
the processor manages hand-off of the satellite backhaul link between the plurality of non-geo stationary satellites.
2. The satellite communication terminal of claim 1 , further comprising:
a GPS antenna and a GPS interface that provide location information of the satellite communication terminal, wherein
the processor uses the location information to control the beam direction of the satellite antenna.
3. The satellite communication terminal of claim 1 , further comprising:
an Internet of Things (IoT) interface that creates an IoT link with an IoT device in the field environment.
4. The satellite communication terminal of claim 1 , further comprising:
a sensing device comprises at least one selected from a group comprising of an accelerometer, a magnetometer, and a signal strength processor, wherein
the sensing device provides sensor information about the satellite communication terminal, and
the processor uses the sensor information to control the beam direction of the satellite antenna.
5. The satellite communication terminal of claim 1 , wherein
the satellite in orbit further comprises a geostationary satellite, and
the processor controls the beam direction of the satellite antenna within a predetermined range to maintain the satellite backhaul link with the geostationary satellite.
6. The satellite communication terminal of claim 1 , wherein
the broadband services comprise managing an authorization of the user to communicate within a local network connected to the satellite communication terminal or an external network connected to the satellite.
7. The satellite communication terminal of claim 6 , wherein
the authorization comprises a level of service within the local network connected to the satellite communication terminal or the external network connected to the satellite.
8. The satellite communication terminal of claim 1 , wherein
the broadband services comprise managing an authorization of the device to communicate within a local network connected to the satellite communication terminal or an external network connected to the satellite.
9. The satellite communication terminal of claim 1 , wherein
the broadband services comprise at least one selected from a group comprising of data aggregation, data filtering, data fusion, data compression, and data encryption.
10. A method of managing a satellite communication terminal in a field environment, the method comprising:
creating a broadband link between the satellite communication terminal and a device in the field environment;
exchanging data between the satellite communication terminal and the device over the broadband link;
creating a satellite backhaul link between the satellite communication terminal and a satellite in orbit;
exchanging the data between the satellite communication terminal and the satellite over the satellite backhaul link;
performing broadband services on the exchanged data;
controlling a beam direction of a satellite antenna to maintain the satellite backhaul link; and
providing access to the exchanged data to the device, wherein
the satellite in orbit comprises a plurality of non-geostationary satellites, and
controlling the beam direction of the satellite antenna is repeatedly performed to maintain the satellite backhaul link with the plurality of non-geostationary satellites and further comprises handing-off the satellite backhaul link between the plurality of non-geostationary satellites.
11. The method of claim 10 , wherein
the satellite in orbit further comprises a geostationary satellite, and
controlling the beam direction of the satellite antenna is performed within a predetermined range to maintain the satellite backhaul link with the geostationary satellite.
12. The method of claim 10 , wherein
performing broadband services comprises managing an authorization of the user to communicate within a local network connected to the satellite communication terminal or an external network connected to the satellite.
13. The method of claim 12 , wherein
the authorization comprises a level of service within the local network connected to the satellite communication terminal or the external network connected to the satellite.
14. A satellite communication system for a field network, the system comprising:
a device in the field environment;
a satellite in orbit; and
a satellite communication terminal including:
a broadband interface that creates a broadband link with a device in the field environment and that manages communication over the broadband link;
a satellite antenna that creates a satellite backhaul link with a satellite in orbit;
a satellite interface that manages communication over the satellite backhaul link; and
a processor that:
controls a beam direction of the satellite antenna;
performs broadband services on data exchanged with the device over the broadband link and the satellite backhaul link; and
provides access to the exchanged data to the device, wherein
the satellite in orbit comprises a plurality of non-geostationary satellites, and
the processor repeatedly controls the beam direction of the satellite antenna to maintain the satellite backhaul link with the plurality of non-geostationary satellites, and
the processor manages hand-off of the satellite backhaul link between the plurality of non-geo stationary satellites.
15. The system of claim 14 , wherein
the broadband services comprise managing an authorization of the user to communicate within a local network connected to the satellite communication terminal or an external network connected to the satellite.
16. The system of claim 15 , wherein
the authorization comprises a level of service within the local network connected to the satellite communication terminal or the external network connected to the satellite.
17. The system of claim 14 , wherein
the satellite in orbit further comprises a geostationary satellite, and
the processor controls the beam direction of the satellite antenna within a predetermined range to maintain the satellite backhaul link with the geostationary satellite.