Deployment criteria for unmanned aerial vehicles to improve cellular phone communications
First Claim
1. A system for extending cellular phone coverage of a land-based cellular phone network comprising:
- a memory storage device;
a computing device implementing a hardware processor coupled to said memory storage device and configured to;
receive information to determine a predicted or actual increase in aggregate cellular phone usage demand in an area at a determined time, said received information comprising data indicating a convergence or migration of a plurality of mobile phone users to the area;
predict clustering of said plurality of mobile phone users based on said information indicating a convergence or migration;
generate a usage demand map indicating the predictive clustering of said plurality of mobile phone users movement at the area,identify, using said usage demand map, a predicted or actual increased aggregate cellular phone usage demand for said area; and
determine whether there exists a mismatch of existing coverage compared with said predicted or actual increased aggregate cellular phone usage demand for said area such that additional coverage is needed at the determined time;
wherein to predict clustering, said hardware processor is configured to;
detect a destination of people movement;
ordetect a directional aspect of people movement; and
said hardware processor is configured to;
generate, based on a determined mismatch and in response to a destination or directional aspect detection, a plan for deploying said one or more mobile cellular unmanned aerial vehicles (UAVs) having telecommunications equipment configured to extend cellular phone network coverage of an existing land-based cellular phone network to a roaming pattern to accommodate said destination or directional aspect; and
send signals to a facility configured to deploy and dispatch said one or more mobile cellular UAVs according to said plan, wherein, responsive to said signal, two or more mobile cellular UAVs are deployed to said determined area to connect with said existing land-based cellular phone network and extend cellular phone usage coverage at said area, andsaid hardware processor is further configured to;
detect a merging of two or more mobile phone users group movements that provides a composite load to an area;
determine whether two or more mobile cellular UAVs approach that area, and one of;
share increased mobile cellular phone coverage by the two or more mobile cellular UAVs, ordetermine whether one deployed mobile cellular UAV may handle the composite load.
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Accused Products
Abstract
System, method and computer program product for extending mobile device cellular carrier network coverage using unmanned aerial vehicles (UAVs) equipped with telecommunications devices to act as temporary mobile device cellular network towers. The system and method extends cellular phone coverage of a land-based cellular phone network by: receiving information for determining a predicted or actual increase in aggregate cellular phone usage demand in an area at a determined time; identifying, based on an the predicted or actual increased aggregate cellular phone usage demand for the area, whether there exists a mismatch of existing usage coverage compared with the determined increased aggregate demand for that area; determining, based on an identified mismatch, a plan for sending signals to and deploying one or more mobile cellular unmanned aerial vehicles (UAV) having telecommunications equipment configured to extend cellular phone network coverage of an existing land-based cellular phone network at the mismatched area.
54 Citations
19 Claims
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1. A system for extending cellular phone coverage of a land-based cellular phone network comprising:
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a memory storage device; a computing device implementing a hardware processor coupled to said memory storage device and configured to; receive information to determine a predicted or actual increase in aggregate cellular phone usage demand in an area at a determined time, said received information comprising data indicating a convergence or migration of a plurality of mobile phone users to the area; predict clustering of said plurality of mobile phone users based on said information indicating a convergence or migration; generate a usage demand map indicating the predictive clustering of said plurality of mobile phone users movement at the area, identify, using said usage demand map, a predicted or actual increased aggregate cellular phone usage demand for said area; and determine whether there exists a mismatch of existing coverage compared with said predicted or actual increased aggregate cellular phone usage demand for said area such that additional coverage is needed at the determined time; wherein to predict clustering, said hardware processor is configured to; detect a destination of people movement;
ordetect a directional aspect of people movement; and
said hardware processor is configured to;generate, based on a determined mismatch and in response to a destination or directional aspect detection, a plan for deploying said one or more mobile cellular unmanned aerial vehicles (UAVs) having telecommunications equipment configured to extend cellular phone network coverage of an existing land-based cellular phone network to a roaming pattern to accommodate said destination or directional aspect; and send signals to a facility configured to deploy and dispatch said one or more mobile cellular UAVs according to said plan, wherein, responsive to said signal, two or more mobile cellular UAVs are deployed to said determined area to connect with said existing land-based cellular phone network and extend cellular phone usage coverage at said area, and said hardware processor is further configured to; detect a merging of two or more mobile phone users group movements that provides a composite load to an area; determine whether two or more mobile cellular UAVs approach that area, and one of; share increased mobile cellular phone coverage by the two or more mobile cellular UAVs, or determine whether one deployed mobile cellular UAV may handle the composite load. - View Dependent Claims (2, 3, 4, 5, 6, 8, 9)
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7. The system as claimed in 1, wherein said data indicating a convergence or migration of many mobile phone users is based on received social media information or conventional media information implying said convergence or migration, said social media network information data including:
- data from geo-tagged tweets or social media network messages from said user mobile devices, said clustering of group movement prediction being based on said geo-tagged tweets or said social media network messages.
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10. A method for extending cellular phone coverage of a land-based cellular phone network comprising:
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receiving, at a hardware processor of a computing device, information to determine a predicted or actual increase in aggregate cellular phone usage demand in an area at a determined time, said received information comprising data indicating a convergence or migration of a plurality of mobile phone users to the area; predicting, using the hardware processor of a computing device, a clustering of said plurality of mobile phone users based on said information indicating a convergence or migration; generating, by the hardware processor of a computing device, a usage demand map indicating the predictive clustering of said plurality of mobile phone users movement at the area; identifying, using said usage demand map, a predicted or actual increased aggregate cellular phone usage demand for said area; determining whether there exists a mismatch of existing coverage compared with said predicted or actual increased aggregate cellular phone usage demand for said area such that additional coverage is needed at the determined time; wherein for predicting a clustering; detecting, using said hardware processor, a destination of people movement;
ordetecting, using said hardware processor, a directional aspect of people movement; and generating, based on a determined mismatch and in response to a destination or directional aspect detection, a plan for deploying said one or more mobile cellular unmanned aerial vehicles (UAVs) having telecommunications equipment configured to extend cellular phone network coverage of an existing land-based cellular phone network to a roaming pattern to accommodate said destination or directional aspect; and sending signals to a facility configured to deploy and dispatch said one or more mobile cellular UAVs according to said plan, wherein, responsive to said signal, two or more mobile cellular UAVs are deployed to said determined area to connect with said existing land-based cellular phone network and extend cellular phone usage coverage at said area, and said method further comprising; detecting, using said hardware processor, a merging of two or more mobile phone users group movements that provides a composite load to an area; determining, using said hardware processor, whether two or more mobile cellular UAVs approach that area, and one of; sharing increased mobile cellular phone coverage by the two or more mobile cellular UAVs, or determining whether one deployed mobile cellular UAV may handle the composite load. - View Dependent Claims (11, 12, 13, 14, 15)
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16. The method as claimed in 10, wherein said information includes data indicating a convergence or migration of many mobile phone users to said identified area at a current or future time, said data indicating a convergence or migration of many mobile phone users is based on received social media information or conventional media information implying said convergence or migration, said social media network information data including:
- data from geo-tagged tweets or social media network messages from said user mobile devices, said predictive clustering of group movement being based on said geo-tagged tweets or said social media network messages.
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17. The method as claimed in 10, wherein said deploying according to said generated plan comprises:
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configuring an autonomic network of mobile cellular UAVs and sending signals to deploy one or more clusters of said mobile cellular UAVs network in a vicinity of or at the area; detecting one or more events indicating a need for new or additional requirements; updating said usage demand map based on said detected events; and autonomically redeploying or regrouping one or more mobile cellular UAVs of a cluster to self correct said autonomic network based on said updated usage demand map. - View Dependent Claims (18)
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19. A computer program product for extending cellular phone coverage of a land-based cellular phone network, the computer program product comprising a computer readable storage medium having program instructions embodied therewith, wherein the computer readable storage medium is not a transitory signal per se, the program instructions readable by a processing circuit to cause the processing circuit to perform a method to:
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receive information to determine a predicted or actual increase in aggregate cellular phone usage demand in an area at a determined time, said received information comprising data indicating a convergence or migration of a plurality of mobile phone users to the area; predict clustering of said plurality of mobile phone users based on said information indicating a convergence or migration; generate a usage demand map indicating the predictive clustering of said plurality of mobile phone users movement at the area, identify, using said usage demand map, a predicted or actual increased aggregate cellular phone usage demand for said area; and determine whether there exists a mismatch of existing coverage compared with said predicted or actual increased aggregate cellular phone usage demand for said area such that additional coverage is needed at the determined time; wherein to predict clustering, said program instructions cause the processing circuit to; detect a destination of people movement;
ordetect a directional aspect of people movement; and
said program instructions further causing the processing circuit to;generate, based on a determined mismatch and in response to a destination or directional aspect detection, a plan for deploying said one or more mobile cellular unmanned aerial vehicles (UAVs) having telecommunications equipment configured to extend cellular phone network coverage of an existing land-based cellular phone network to a roaming pattern to accommodate said destination or directional aspect; and send signals to a facility configured to deploy and dispatch said one or more mobile cellular UAVs according to said plan, wherein, responsive to said signal, two or more mobile cellular UAVs are deployed to said determined area to connect with said existing land-based cellular phone network and extend cellular phone usage coverage at said area, and said program instructions further causing the processing circuit to; detect a merging of two or more mobile phone users group movements that provides a composite load to an area; determine whether two or more mobile cellular UAVs approach that area, and one of; share increased mobile cellular phone coverage by the two or more mobile cellular UAVs, or determine whether one deployed mobile cellular UAV may handle the composite load.
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Specification