FIRST INTERNATIONAL WIND WORKSHOP
FIRST
INTERNATIONAL WIND WORKSHOP
Washington DC, USA, 17-19 September 1991 EUM P 10 ISBN 92-9110-007-2 |
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Title | Presenter | |||
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Impressum and disclaimer |
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Table of contents | ||||
Author index | ||||
Welcome address | P K Rao |
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Forward | J Morgan |
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List of participants |
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Title | Chairperson | |||
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Session 1: Operational Extraction of Cloud Motion Winds from Current and Future Geostationary Satellite Systems |
D B Miller | |||
Session 2: Wind Tracking from Absorption Channel Date |
A Thoss | |||
Session 3: Verification and Impact Studies of Operational Wind Data |
D E Hinsman | |||
Session 4: Future Studies and Development |
J Schmetz | |||
Panel Discussion: Report of the Chairperson of the Panel Discussion |
W L Smith | |||
Report: Conclusions and Recommendations |
G Szejwach | |||
Title | Authors | |||
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Further Improvements of Cloud Motion Wind Extraction Techniques | J Schmetz | |||
The Current Stage of Development of a Method of Producing Cloud Motion Vectors at High Latitudes from NOAA Satellites | L D Herman | |||
Height Assignment of GMS High-Level Cloud Motion Wind | H Uchida | |||
Operational Derivation of INSAT Winds Present Status and Future Plans | U V Gopala Rao | |||
Soviet Geostationary Operational Meteorological Satellite GOMS: Current Status and Perspectives for Wind Data Extraction | A Karpov | |||
WMO Support for Satellite Activities: A Means Towards
Standardization (Abstract only) |
D E Hinsman | |||
Title | Authors | |||
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Wind Extraction and Validation from the Water Vapor Channel of METEOSAT During the International Cirrus Experiment | A Szantal | |||
Wind Extraction from Multiple METEOSAT Channels | H Laurent | |||
The NESDIS/CIMSS Winds Algorithm: Current Status and Future Improvements | W P Menzel | |||
Displacement Vectors from METEOSAT WV Images Using a New Extraction Technique | G Buche | |||
Title | Authors | |||
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Interpretation of Cloud Winds | T T Fujita | |||
Cloud Motion Winds, Validation and Impact on Numerical Weather Forecasts | A Thoss | |||
The Impact of Satellite-Derived Winds on Hurricane Analysis and Track Forecasting | C S Velden | |||
A Comparison of Cloud Motion Vectors and Aircraft Winds | P R Julian | |||
Verification o Cloud Motion Winds from METEOSAT
Results of a METEOSAT-GOES Wind Intercomparison Campaign in August 1990
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H Woick | |||
Real Time Cloud Drift Wind Calculation and Application
in the Australian Region |
J LeMarshall | |||
A Study of Different Methods of Interpolating Numerical Forecast Data for the Purpose of Validating Cloud Motion Winds | R W Lunnon and D A Lowe | |||
Monitoring of Cloud-Motion Winds at ECMWF | B Strauss | |||
Title | Authors | |||
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Research Leading to Future Operational Methods for Wind Extraction | C M Hayden | |||
The Use of cloud Relative Animation in the Analysis of Satellite Data | D A Lubich and J F Purdom | |||
Suggestions for Improving the Derivation of Winds from Geosynchronous Satellites | W E Shenk | |||
Tracer Quality Identifiers for Accurate Cloud Motion Wind Estimates | K Holmlund | |||
Altitude Specification of Cloud Motion Winds | W L Smith | |||
The Meteosat Second Generation Imager: Definition and Challenges | F Gerard | |||
Potential Application of Artificial Neural Network (ANN) to Wind Extraction Based on Cloud Motion in Satellite Images | Y Lure, H Yeh, C Arnold | |||
Cloud Drift Winds Made from Rapid Scan Imagery Data Obtained During the Experiment on Rapidly Intensifying Storms over the Atlantic (ERICA) | R K Anderson | |||