System and method for providing quality of service mapping
First Claim
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1. A method, comprising:
- receiving location data of a mobile device;
transmitting the location data from the mobile device to one or more servers of a service provider, wherein the location data comprises geographic, speed and bearing particulars of the mobile device;
receiving, at the mobile device, signal quality information based on the location data from the one or more servers;
generating signal quality optimization data at the mobile device, wherein signal quality optimization data includes at least one of;
(i) turn-by-turn directions for optimized signal quality or availability or (ii) start time and duration of forecasted loss of signal, wherein generating the signal quality optimization data comprises generating and transmitting at least a signal quality map, a coverage area map, or an availability map, based on the signal quality information; and
providing improved service at the mobile device based on the signal quality optimization data, wherein providing improved service comprises increasing redundancy of a data stream or decreasing the bandwidth in the event the signal quality optimization data indicates a degradation of signal quality, and wherein providing improved service comprises increasing data buffering or estimating duration of inactivity in the event the signal quality optimization data indicates a loss of signal quality.
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Abstract
A system and method for providing quality of service mapping including a first receiver to receive location data of a mobile device, a transmitter to transmit the location data to one or more servers of a service provider, and a second receiver to receive signal quality information based on the location data. The signal quality map be used to provide at least a signal quality map, a coverage area map, an availability map, and turn-by-turn directions for optimized signal quality or availability, based on the signal quality information. The signal quality map be also be used to improve overall service in the event of signal loss or signal degradation.
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Citations
21 Claims
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1. A method, comprising:
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receiving location data of a mobile device; transmitting the location data from the mobile device to one or more servers of a service provider, wherein the location data comprises geographic, speed and bearing particulars of the mobile device; receiving, at the mobile device, signal quality information based on the location data from the one or more servers; generating signal quality optimization data at the mobile device, wherein signal quality optimization data includes at least one of;
(i) turn-by-turn directions for optimized signal quality or availability or (ii) start time and duration of forecasted loss of signal, wherein generating the signal quality optimization data comprises generating and transmitting at least a signal quality map, a coverage area map, or an availability map, based on the signal quality information; andproviding improved service at the mobile device based on the signal quality optimization data, wherein providing improved service comprises increasing redundancy of a data stream or decreasing the bandwidth in the event the signal quality optimization data indicates a degradation of signal quality, and wherein providing improved service comprises increasing data buffering or estimating duration of inactivity in the event the signal quality optimization data indicates a loss of signal quality. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8)
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9. A system, comprising:
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a first receiver, at a mobile device, to receive location data of the mobile device; a transmitter, at the mobile device, to transmit the location data to one or more servers of a service provider, wherein the location data comprises geographic, speed and bearing particulars of the mobile device; a second receiver, at the mobile device, to receive signal quality information based on the location data; an output, at the mobile device, to provide signal quality optimization data at the mobile device, wherein signal quality optimization data includes at least one of;
(i) turn-by-turn directions for optimized signal quality or availability or (ii) start time and duration of forecasted loss of signal, wherein providing the signal quality optimization data comprises providing at least a signal quality map, a coverage area map, or an availability map, based on the signal quality information; anda processor, at the mobile device, to provide improved service at the mobile device based on the signal quality optimization data, wherein providing improved service comprises increasing redundancy of a data stream or decreasing the bandwidth in the event the signal quality optimization data indicates a degradation of signal quality, and wherein providing improved service comprises increasing data buffering or estimating duration of inactivity in the event the signal quality optimization data indicates a loss of signal quality. - View Dependent Claims (10, 11, 12)
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13. A method, comprising:
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receiving location data of a mobile device, wherein the location data comprises geographic, speed and bearing particulars of the mobile device; acquiring or generating signal quality information based on the location data; providing the signal quality information for use at the mobile device; generating signal quality optimization data for use at the mobile device, wherein signal quality optimization data includes at least one of;
(i) turn-by-turn directions for optimized signal quality or availability or (ii) start time and duration of forecasted loss of signal, wherein providing the signal quality information comprises generating and transmitting at least a signal quality map, a coverage area map, or an availability map, based on the signal quality information; andproviding improved service at the mobile device based on the signal quality information, wherein providing improved service comprises increasing redundancy of a data stream or decreasing the bandwidth in the event the signal quality information indicates a degradation of signal quality, and wherein providing improved service comprises increasing data buffering or estimating duration of inactivity in the event the signal quality information indicates a loss of signal quality. - View Dependent Claims (14, 15, 16, 17, 18)
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19. A system, comprising:
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a receiver configured to receive location data of a mobile device, wherein the location data comprises geographic, speed and bearing particulars of the mobile device; a processor configured to; acquire or generate signal quality information based on the location data, generate signal quality optimization data for use at the mobile device, wherein signal quality optimization data includes at least one of;
(i) turn-by-turn directions for optimized signal quality or availability or (ii) start time and duration of forecasted loss of signal, andprovide improved service at the mobile device based on the signal quality information, wherein the processor increases redundancy of a data stream or decreasing the bandwidth in the event the signal quality information indicates a degradation of signal quality, and wherein the processor increases data buffering or estimates duration of inactivity in the event the signal quality information indicates a loss of signal quality; and a transmitter to provide the signal quality information and signal quality optimization data for use at the mobile device, wherein the transmitter further provides at least a signal quality map, a coverage area map, or an availability map, based on the signal quality information. - View Dependent Claims (20, 21)
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Specification