FRACTIONATED PAYLOAD SYSTEM AND METHOD THEREFOR
A payload transport system has a plurality of unmanned aerial vehicles (UAVs). The payload is fractionated into a plurality of components wherein each of the plurality of components is coupled to one of the plurality of UAVs, wherein each of the plurality of components wirelessly communicating to function as the payload.
1 . A payload transport system comprising:
a plurality of unmanned aerial vehicles (UAVs);
wherein the payload is fractionated into a plurality of components wherein each of the plurality of components is coupled to one of the plurality of UAVs, each of the plurality of components wirelessly in communication to function as the payload.
2 . The payload transport system of claim 1 , wherein the plurality of components comprises:
a data monitoring and recording sensor;
a data processing unit processing data recorded by the data monitoring and recording sensor; and
a communication component connecting the plurality of UAVs to a core network.
3 . The payload transport system of claim 2 , wherein the plurality of components comprises a function/analysis component analyzing the data recorded by the data monitoring and recording sensor.
4 . The payload transport system of claim 2 , wherein the plurality of components comprises an environmental sensor providing navigation data to the plurality of UAVs.
5 . The payload transport system of claim 1 , wherein each of the plurality of components comprises a processing, networking, communication interface (PNCI) wirelessly interconnecting the plurality of components to form a cluster network.
6 . The payload transport system of claim 1 , wherein each of the plurality of components comprises a processing, networking, communication interface (PNCI) wirelessly interconnecting the plurality of components to form a cluster network with a common data bus.
7 . The payload transport system of claim 5 , wherein each PNCI comprises:
a wireless communicating and routing unit transmitting and receiving data signals between the plurality of components; and
an artificial intelligence/machine learning unit.
8 . The payload transport system, of claim 7 , wherein each of PNCI comprises a processing and storage unit.
9 . The payload transport system, of claim 7 , wherein the wireless communicating and routing unit is a multi-mode wireless communication having a first communication link for transmitting and receiving high bandwidth data signals and a second communication link for transmitting and receiving data signals for network management.
10 . The payload transport system, of claim 9 , wherein the second communication link transmits and receives location discovery, ranging and synchronization data.
11 . The payload transport system, of claim 7 , wherein the wireless communicating and routing unit is a multi-mode wireless communication having a wideband channel greater than 1 Gbps to transmit/receive high bandwidth data of the local payload and a UWB channel for transmitting/receiving network management signal.
12 . The payload transport system, of claim 11 , wherein the wideband channel is dual bands.
13 . The payload transport system, of claim 7 , wherein artificial intelligence/machine learning functionality is decentralized and distributed between a plurality of the artificial intelligence/machine learning units.
14 . The payload transport system, of claim 8 , wherein processing of data is decentralized and distributed between all of the processing and storage units.
15 . A payload transport system comprising:
a plurality of unmanned aerial vehicles (UAVs);
wherein the payload is fractionated into a plurality of components wherein each of the plurality of components is coupled to one of the plurality of UAVs, each of the plurality of components is wirelessly in communication with one another to form a network and to function as the payload, wherein tasks of at least one of the components is decentralized and distributed between multiple components;
wherein each of the plurality of components comprises a processing, networking, communication interface (PNCI) wirelessly interconnecting the plurality of components to form a cluster network, wherein each PNCI comprises:
a wireless communicating and routing unit transmitting and receiving data signals between the plurality of components;
an artificial intelligence/machine learning unit; and
a processing and storage unit.
16 . The payload transport system of claim 15 , wherein the plurality of components comprises:
a data monitoring and recording sensor;
a data processing unit processing data recorded by the data monitoring and recording sensor; and
a communication component connecting the plurality of UAVs to a core network.
17 . The payload transport system of claim 16 , wherein the plurality of components comprises a function/analysis component analyzing the data recorded by the data monitoring and recording sensor.
18 . The payload transport system of claim 17 , wherein the plurality of components comprises an environmental sensor providing navigation data to the plurality of UAVs.
19 . The payload transport system, of claim 16 , wherein the wireless communicating and routing unit is a multi-mode wireless communication having a first communication link for transmitting and receiving high bandwidth data signals and a second communication link for transmitting and receiving data signals for network management.
20 . The payload transport system, of claim 16 , wherein the wireless communicating and routing unit is a multi-mode wireless communication having a wideband channel greater than 1 Gbps to transmit/receive high bandwidth data of the local payload and a UWB channel for transmitting/receiving network management signal.