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Transcript of 1 No part of this document may be reproduced, stored in a retrieval system, or transmitted, in any...
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DAMEDAME DDoppler Effect Modelling for oppler Effect Modelling for AAir ir MMotion otion EEstimatesstimates
Overview
Prepare byMcGill University, University of Bonn, and Deimos Space
DAME consortium members Pavlos Kollias (McGill)Aleksandra Tatarevic (McGill)Wanda Szyrmer (McGill)A. Battaglia (Bonn/Leicester)Marco Milan (Bonn)Juan Acarreta (Deimos)
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Consortium and Roles Consortium and Roles
Company Role and Responsibility
McGill University(Prime of the activity)
Existing Forward Spaceborne Doppler Radar Models reviewATBDs for the Forward, Instrument and Retrieval modelsCoding of prototypesCase Study EarthCARE CPR: Analysis of error budget and mitigation techniques for bias removalFinal Report and recommendations on future Space-borne radar missionsSupport to Bonn University
BONN UNIVERSITY(Leicester University)
Existing Forward Spaceborne Doppler Radar Models reviewDoppler forward model coding in single scattering approximation and inclusive of multiple scattering effectsSupport to McGill University
DEIMOS Space S.L. Model Development and Validation PlanRequirements (supported by McGill) and Detailed Design DocumentsGeneration of Templates (ATBD, Reports, etc.), proofreading and version controllingSoftware management (versioning and SPR status)Setup and maintenance of the webpageTesting of prototypes and test report generationinterface with ESA and overall management to support McGill
External participation of Dr Simone Tanelli (JPL)
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Deliverables – Expected OutcomeDeliverables – Expected Outcome
State-of-the-art instrument and forward models for spaceborne
Doppler radars suitable to simulate:
a breath of spaceborne Doppler radar configurations including scanning
and advance signal processing schemes
complex atmospheric/surface scenes from tranquil stratiform clouds to
vigorous deep convection over water or variable land type surfaces
Retrieval models suitable for Doppler motion correction due to
antenna mispointing and “target” ID
Doppler performance study for planned (EarthCARE) and future
spaceborne Doppler radar missions
All models will be integrated in the EarthCARE Simulator and
distributed (via ESA) as a community tool for algorithm development
and future feasibility/engineering trade off studies