REMOTE WIRELESS COMMUNICATION
A transceiver unit for generating bonded streams of data includes a data processor to bond a first multiplicity of outgoing streams of data into an outgoing bonded stream. A scheduler transmits the outgoing bonded stream via a second multiplicity of modems for communication over a third multiplicity of wireless or wired channels. An assembly engine receives and assembles the incoming bonded stream from the third multiplicity of wireless or wired channels into a fourth multiplicity of output data.
1 . A transceiver unit for generating bonded streams of data, the unit comprising:
a data processor to bond a first multiplicity of outgoing streams of data into an outgoing bonded stream;
a scheduler to transmit said outgoing bonded stream via a second multiplicity of modems for communication over a third multiplicity of wireless or wired channels; and
an assembly engine to receive and assemble said incoming bonded stream from said third multiplicity of wireless or wired channels into a fourth multiplicity of output data.
2 . The unit according to claim 1 and wherein said outgoing data stream comprises at least one of IP audio/video, non IP audio/video, non-embedded separated audio and non-audio/video data.
3 . The unit according to claim 2 and also comprising a decoder to decode said at least one of said IP audio/video streams.
4 . The unit according to claim 1 and also comprising an encrypter to encrypt any outgoing data per individual data streams.
5 . The unit according to claim 1 and also comprising an encrypter to encrypt any outgoing data per bonded data stream.
6 . The unit according to claim 1 and also comprising a decrypter to decrypt any incoming data per individual data stream.
7 . The unit according to claim 1 and also comprising a decrypter to decrypt any incoming data per bonded data stream.
8 . The unit according to claim 1 and wherein each said wireless channel is one of the following wireless channels: a cellular channel, a satellite channel, a Wi-Fi channel, a WiMax channel, microwave, COFDM, a dedicated RF (radio frequency) channel and a proprietary channel.
9 . The unit according to claim 1 and wherein said scheduler comprises a packet director to direct packets of said outgoing bonded stream towards different ones of said modems, wherein at least one channel has data from more than one outgoing stream.
10 . The unit according to any of claim 1 and wherein said unit comprises a device controller to instruct said at least one media device.
11 . A transceiver unit for generating generally secure bonded streams of data, the unit comprising:
a data processor to encrypt a first multiplicity of outgoing streams of data to be protected into an outgoing bonded stream;
a scheduler to direct packets of said outgoing bonded stream towards a second multiplicity of modems for communication over a third multiplicity of wireless channels, wherein at least one channel has data from more than one outgoing stream, and:
an assembly engine to receive and assemble said incoming bonded stream from said third multiplicity of wireless channels into a fourth multiplicity of output data.
12 . A transceiver unit for communicating with at least one media device for remote viewing purposes, the unit comprising:
a connection to said at least one media device;
a data processor to bond a first multiplicity of outgoing streams from said at least one media device at a remote viewing location into an outgoing bonded stream;
a scheduler to transmit said outgoing bonded stream via a second multiplicity of modems for communication at least over a third multiplicity of wireless channels servicing said remote viewing location; and
a device controller to instruct said at least one media device.
13 . The unit according to claim 12 wherein said media device comprises at least one of an IP sensor, a non IP sensor, an IP camera, a non IP camera and a computer.
14 . The unit according to claim 12 and wherein said device controller comprises means to pass media control instructions from a remote controller.
15 . The unit according to claim 12 and also comprising a traffic analyzer to analyze performance statistics for at least each of said second multiplicity of modems and wherein said device controller comprises means to control at least one external media encoder present in said at least one media device, according to the output of said traffic analyzer.
16 . A method for generating bonded streams of data, the method comprising:
bonding a first multiplicity of input streams of data into an outgoing bonded stream;
scheduling said outgoing bonded stream for transmission via a second multiplicity of modems for communication over a third multiplicity of wireless or wired channels; and
receiving and assembling said incoming bonded stream into a fourth multiplicity of output data.
17 . The method according to claim 16 and wherein said outgoing data stream comprises at least one of IP audio/video, non IP audio/video, non-embedded separated audio and non-audio/video data.
18 . The method according to claim 16 and wherein each said wireless channel is one of the following wireless channels: a cellular channel, a satellite channel, a Wi-Fi channel, a WiMax channel, microwave, a dedicated RF (radio frequency) channel and a proprietary channel.
19 . A method for generating generally secure bonded streams of data, the method comprising:
encrypting and scrambling a first multiplicity of outgoing streams of data to be protected into an outgoing bonded stream;
scheduling packets of said outgoing bonded stream towards different ones of a second multiplicity of modems for communication over a third multiplicity of channels, wherein at least one channel has data from more than one outgoing stream; and
receiving and assembling said incoming bonded stream into a fourth multiplicity of data output streams.
20 . A method for use with at least one media device for remote viewing purposes, the method comprising:
connecting to at least one media device;
bonding a first multiplicity of outgoing streams from said at least one media device at a remote viewing location into an outgoing bonded stream;
transmitting said outgoing bonded stream via a second multiplicity of modems for communication over a third multiplicity of wireless channels servicing said remote viewing location; and
instructing said at least one media device.
21 . The method according to claim 20 wherein said media device comprises at least one of an IP sensor, a non IP sensor, an IP camera, a non IP camera and a computer.
22 . The method according to claim 20 wherein said instructing also comprises controlling at least one external media encoder present in at least one said media device according to performance statistics of a traffic analyzer.