4 Final Report - Emits - ESA

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5 Final Report based on EUMETSAT images could be elaborated. The analysis should also include other constraints: minimization of air mass fraction and glint avoidance. • Data processing. Ocean colour measurements from GeoOculus are characterised on one side by high frequent, spatial high resolution, which are superior to current LEO orbit data, on the other side by radiometrically less favourable conditions, including probably lower SNR, possibly spectral and spatial misregistration between bands and a very large viewing angle at higher latitudes. For detailed assessment and identification of required developments of data processing methods, the relevant processing chain should be analysed for sensibility to the characteristic of geostationary observation. Beside the traditional approach it should be studied to develop products which require simplified processing. The processing would either use directly TOA radiance without explicit atmospheric correction, or perform a simplified AC. Page 5-88 Doc. No: GOC-ASG-RP-002 Issue: 2 Astrium GmbH Date: 13.05.2009
6 Final Report 6 Conclusion As a conclusion the principle feasibility of the proposed Geo-Oculus mission is confirmed. The results show that the challenges in terms of instrument design and LoS performance can be met. It is however clear that a lot of assumptions concerning the selected applications, the derived product requirements and the mission scenarios have to be re-iterated before the coming study phases. As a consequence the modified requirements will then lead to a re-iteration of the system design and performance. Nevertheless, the results of the study are very promising to allow a clear recommendation for a continuation of the activities also in view of the potential of Geo-Oculus to become an operational mission e.g. as a part of the GMES program. Doc. No: GOC-ASG-RP-002 Page 6-1 Issue: 2 Date: 13.05.2009 Astrium GmbH
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Geo-Oculus: A Mission for Real-Time
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DL Final Distribution List Report Q
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TOC Final Table of Content Report D
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1 Final Report 1 Introduction 1.1 S
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1 Final Report [RD 7] Candidate Mis
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2 Final Report capability of existi
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2 Final Report Figure 2.3-1: Flood
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3 Final Report 3 System Requirement
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3 Final Report Furthermore, the mis
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3 Final Report better than 0.5 SSD
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3 Final Report • Image post integ
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3 Final Report Table 3.3-1: Baselin
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3 Final Report Manoeuvre Times and
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3 Final Report Cloud Amount [%] Num
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4 Final Report Alternative solution
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4 Final Report The achieved ground
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4 Final Report board image processi
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4 Final Report 4.3.3.2 UV-VNIR foca
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4 Final Report - Emits - ESA

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