Real-time weather forecasting

A high speed weather forecasting system comprising:

• a data collector that collects high frequency weather data, and
• at least one processor connected to receive the collected high frequency weather data, the at least one processor being configured to perform operations comprising:
• identify a location of interest,
• produce a weather forecast for the identified location of interest at least in part based upon blending two or more collected high frequency weather datums and/or data inferred therefrom to create a blended weather datum organized by a time-based cadence,
• infer a weather condition based on weather parameter estimates calculated from (a) collected high frequency weather data, and/or (b) weather data calculated based upon collected high speed weather data, and (c) the blended weather datum, and
• communicating the produced weather forecast and the inferred weather condition over at least one electronic network.

A high speed weather forecasting method for producing forecasts for specific locations, comprising performing, with at least one processor, operations comprising:

• collecting high frequency weather data,
• blending collected high frequency weather datums and/or weather datums inferred therefrom to create blended weather datums organized by a time-based cadence,
• identifying a location of interest,
• producing weather forecast data for the identified location of interest at least in part based upon the blended weather datums organized by the time-based cadence, and
• communicating the weather forecast data over at least one electronic network.

A high speed weather forecasting method comprising performing, with at least one processor:

• collecting high frequency weather data,
• blending two or more high frequency weather datums and/or datums inferred therefrom to create a blended weather datum organized by a time-based cadence,
• identifying a location of interest,
• producing weather forecast data for the identified location of interest a based upon the blended weather datum organized by the time-based cadence,
• inferring a weather condition based on weather parameter estimates calculated based on the blended weather datum organized by the time-based cadence, and
• communicating the inferred weather condition over at least one electronic network.