Wireless communication mapping apparatus, systems, and methods
First Claim
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1. A method of adjusting system coverage comprising:
- receiving a first plurality of geosystemic data points associated with a first geographic location of a wireless client at a wireless base station;
acquiring a second plurality of geosystemic data points at the wireless base station associated with a second geographic location of the wireless client;
performing correlation operations on the first and second pluralities of geosystemic data points and a set of theoretical geosystemic data points corresponding to a preferred system coverage map; and
adjusting a transmit envelop based on results of the correlation operations to change a signal parameter, including a signal-to-noise ratio, associated with the wireless client;
wherein the first plurality of geosystemic data points includes one or more signal parameters associated with signals received at the wireless client at the first geographic location or signals transmitted from the wireless client at the first geographic location,wherein the second plurality of geosystemic data points includes one or more signal parameters associated with signals received at the wireless client at the second geographic location or signals transmitted from the wireless client at the second geographic location.
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Abstract
Apparatus and systems, as well as methods and articles, may operate to generate a system coverage map from a plurality of geosystemic data points, as well as to change wireless system operational parameters responsive to various parameters associated with the plurality of geosystemic data points.
13 Citations
19 Claims
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1. A method of adjusting system coverage comprising:
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receiving a first plurality of geosystemic data points associated with a first geographic location of a wireless client at a wireless base station; acquiring a second plurality of geosystemic data points at the wireless base station associated with a second geographic location of the wireless client; performing correlation operations on the first and second pluralities of geosystemic data points and a set of theoretical geosystemic data points corresponding to a preferred system coverage map; and adjusting a transmit envelop based on results of the correlation operations to change a signal parameter, including a signal-to-noise ratio, associated with the wireless client; wherein the first plurality of geosystemic data points includes one or more signal parameters associated with signals received at the wireless client at the first geographic location or signals transmitted from the wireless client at the first geographic location, wherein the second plurality of geosystemic data points includes one or more signal parameters associated with signals received at the wireless client at the second geographic location or signals transmitted from the wireless client at the second geographic location. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14)
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15. A base station comprising:
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a display to display at least one area of a geographical dynamic system coverage map corresponding to one of a received signal-to-noise ratio (SNR) greater than about a maximum amount, between about a minimum amount and about the maximum amount, and less than about the minimum amount, the SNR corresponding to signals received by at least one wireless client, the at least one wireless client configured to transmit a first plurality of geosystemic data points; a processor coupled to the display to acquire a second plurality of geosystemic data points; and a map generation module coupled to the processor to generate the geographical dynamic system coverage map and to provide the geographical dynamic system coverage map to the at least one wireless client, wherein the processor is configured to perform correlation operations on the first and second pluralities of geosystemic data points and a set of theoretical geosystemic data points corresponding to a preferred system coverage map and adjust a transmit envelop based on results of the correlation operations to change a signal parameter, including a signal-to-noise ratio, associated with the wireless client; wherein the first plurality of geosystemic data points includes one or more signal parameters associated with signals received at the wireless client at the first geographic location or signals transmitted from the wireless client at the first geographic location, wherein the second plurality of geosystemic data points includes one or more signal parameters associated with signals received at the wireless client at the second geographic location or signals transmitted from the wireless client at the second geographic location. - View Dependent Claims (16, 17, 18, 19)
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Specification