IBM
Skip to main content
 
Search IBM Research
     Home  |  Products & services  |  Support & downloads  |  My account
 Select a country
 IBM Research Home
Weather Modelling
Deep Thunder
 ·Details
 ·Results and Applications
 ·Frequently Asked Questions
 ·What the Press Says
Weather Data Visualization

Contact Us
More Information
 Tropical Weather Forecasting
 Optimization and benchmarking of weather codes
 Collaborative research with universities, government labs and industry
 
 


IBM Research
  IBM demonstrates regional weather forecasting at AMS'97

IBM demonstrates regional weather forecasting system at the 1997 American Meteorological Society conference

The capabilities developed and utilized for the Olympics have since been employed in other operational forecasting settings. For example, at the annual meeting of the American Meteorological Society (AMS) (February 2-8, 1997 in Long Beach, CA), this capability was replicated in the IBM booth as part of the conference's technical exhibition. The system was adapted to the Los Angeles area.

New 24-hour mesoscale forecasts were produced every three hours at 10 km resolution in a region roughly 600x600 km in extent during the conference. The execution was on a small (eight-node) SP in a manner similar to what was used at the Olympics. In this case, raw observations were received regularly over the internet in the NOAA/FSL booth at the conference, where the LAPS pre-processor step was executed. The LAPS results were then networked to the SP for ingest into RAMS. Output from RAMS every 10 minutes of forecast time were provided for visualization. Animations were produced routinely as the primary mechanism to evaluate the model output through the procedures proven at the Olympics. The system also permitted simple tracking of the simulation, so that the interactive tools could be utilized while the model was running. If there were problems in the model run, then the execution could be terminated and the model restarted with new input observations. This operational numerical forecasting coupled with routine, interactive three-dimensional visualization was unprecedented at such a conference setting.

The following image is a frame from one of the animations produced during the conference.

It shows a terrain map, pseudo-colored by temperature overlaid with coastline, county and river maps. Predicted winds are illustrated by streamlines with directional arrows, colored by speed. Topographic effects are seen on both the surface winds and on clouds, which are visualized as a white, translucent isosurface of cloud water density.

IBM, NOAA/NWS and NOAA/FSL personnel participated in a special Olympics weather forecasting session, which consisted of a series of invited papers. These presentations were well received. Short (4 pages) pre-prints were published in the conference proceedings, which had an image from the visualization system that supported the Olympics on the cover (i.e., as shown to the lower right).


A paper that summarizes the visualization work for this project and the results is available for you to read.  It was presented at the American Meteorological Society (AMS) Conference, February 2-7, 1997 in Long Beach, CA.

Alternatively, you can download a PDF copy of this paper, L. Treinish and L. Rothfusz, Three-Dimensional Visualization for Support of Operational Forecasting at the 1996 Centennial Olympic Games.

A paper that summarizes the IBM SP server for this project and the results is available for you to read.  It was presented at the American Meteorological Society (AMS) Conference, February 2-7, 1997 in Long Beach, CA.

Alternatively, you can download a PDF copy of this paper, Z. Christidis, J. Edwards and J. Snook, Regional Weather Forecasting in the 1996 Summer Olympic Games Using an IBM SP.

You may also download additional papers related to this project that will be presented at the AMS conference:



lloydt@watson.ibm.com




  
 
  

  About IBM  |  Privacy  |  Legal  |  Contact