AUTOMATICALLY GENERATING PRECIPITATION PROXIMITY NOTIFICATIONS
A method and system for automatically generating a notification of a status of precipitation being received by a user-defined detection zone within a geographic area. An image of the geographic area is received. The image includes pixels associated with the detection zone. Each pixel is associated w...
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creator | HARRINGTON NATHAN JOHN |
description | A method and system for automatically generating a notification of a status of precipitation being received by a user-defined detection zone within a geographic area. An image of the geographic area is received. The image includes pixels associated with the detection zone. Each pixel is associated with a sub-area of the detection zone. Characteristics (e.g., colors) of the pixels are obtained. The characteristics indicate intensities of precipitation being received by sub-areas of the detection zone. The intensities of precipitation that are greater than a first user-defined threshold are counted to produce a count. Based on the count's comparison to a second user-defined threshold, a status of precipitation being received or not being received by the detection zone is determined. A notification of the status is generated and sent. |
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An image of the geographic area is received. The image includes pixels associated with the detection zone. Each pixel is associated with a sub-area of the detection zone. Characteristics (e.g., colors) of the pixels are obtained. The characteristics indicate intensities of precipitation being received by sub-areas of the detection zone. The intensities of precipitation that are greater than a first user-defined threshold are counted to produce a count. Based on the count's comparison to a second user-defined threshold, a status of precipitation being received or not being received by the detection zone is determined. 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An image of the geographic area is received. The image includes pixels associated with the detection zone. Each pixel is associated with a sub-area of the detection zone. Characteristics (e.g., colors) of the pixels are obtained. The characteristics indicate intensities of precipitation being received by sub-areas of the detection zone. The intensities of precipitation that are greater than a first user-defined threshold are counted to produce a count. Based on the count's comparison to a second user-defined threshold, a status of precipitation being received or not being received by the detection zone is determined. 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An image of the geographic area is received. The image includes pixels associated with the detection zone. Each pixel is associated with a sub-area of the detection zone. Characteristics (e.g., colors) of the pixels are obtained. The characteristics indicate intensities of precipitation being received by sub-areas of the detection zone. The intensities of precipitation that are greater than a first user-defined threshold are counted to produce a count. Based on the count's comparison to a second user-defined threshold, a status of precipitation being received or not being received by the detection zone is determined. A notification of the status is generated and sent.</abstract><oa>free_for_read</oa></addata></record> |
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subjects | CALCULATING COMPUTING COUNTING PHYSICS |
title | AUTOMATICALLY GENERATING PRECIPITATION PROXIMITY NOTIFICATIONS |
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