Abstract: An automated weather alert system using GIS technology automatically ingests weather data and processes the weather data to determine if localized weather conditions pose a threat to any of a plurality of business operations, each of which have a known location. In the event such threat exists, an employee having responsibility for a threatened business operation is provided with an alert message and asked to acknowledge receipt. Additional notification is automatically provided to the employee's supervisor if such acknowledgment is not received within a predetermined period of time.

Abstract: An automated weather alert system using GIS technology automatically ingests weather data and processes the weather data to determine if localized weather conditions pose a threat to any of a plurality of business operations, each of which have a known location. In the event such threat exists, an employee having responsibility for a threatened business operation is provided with an alert message and asked to acknowledge receipt. Additional notification is automatically provided to the employee's supervisor if such acknowledgment is not received within a predetermined period of time.

Abstract: An automated weather alert system using GIS technology automatically ingests weather data and processes the weather data to determine if localized weather conditions pose a threat to any of a plurality of business operations, each of which have a known location. In the event such threat exists, an employee having responsibility for a threatened business operation is provided with an alert message and asked to acknowledge receipt. Additional notification is automatically provided to the employee's supervisor if such acknowledgment is not received within a predetermined period of time.

Abstract: An automated weather alert system using GIS technology automatically ingests weather data and processes the weather data to determine if localized weather conditions pose a threat to any of a plurality of business operations, each of which have a known location. In the event such threat exists, an employee having responsibility for a threatened business operation is provided with an alert message and asked to acknowledge receipt. Additional notification is automatically provided to the employee's supervisor if such acknowledgment is not received within a predetermined period of time.

Abstract: An automated weather alert system using GIS technology automatically ingests weather data and processes the weather data to determine if localized weather conditions pose a threat to any of a plurality of business operations, each of which have a known location. In the event such threat exists, an employee having responsibility for a threatened business operation is provided with an alert message and asked to acknowledge receipt. Additional notification is automatically provided to the employee's supervisor if such acknowledgment is not received within a predetermined period of time.

Abstract: A method for automatically generating weather alerts in disclosed. Weather related data is automatically collected and processed to detect the presence of storm cells, their location, direction and speed. Alerts are automatically generated when necessary. These alerts contain information related to the nature of the storm cell, its location, the specific geographic areas likely to be affected by the storm cell, and the storm cell's expected time of arrival at each specific geographic area.

Abstract: To improve the quality of the raster scan display on a video monitor or two-dimensional infrared satellite cloud imagery so as to provide it with a three-dimensional appearance, the satellite data is computer processed to first convert from satellite image to Cartesian coordinates and then combined with localized weather information obtained from ground observations and radiosonde data, such weather information including temperatures, humidity readings, pressures and other earth conditions at gridded locations within predetermined global regions. In this fashion, the satellite cloud base and cloud top temperatures are determined and converted into altitude profiles at each of 640.times.480 pixel locations comprising the satellite imagery. The resulting raster scan bit stream is representative of a 3-D display of the cloud formations. By using time-lapse animation, a four-dimensional presentation, i.e., one including time as a factor, can be displayed.