MTSAT Operational monitor The switch over to MTSAT 2 was performed in 1 July, 2010. * GSICS MTSAT Calibration Monitoring ATBD The latest ATBD was written in...
Gallery of GSICS Logos Below is an image gallery of the official GSICS logo at different sizes. Use one that fits your application the best. If you need to resize...
Example Timeline Plan for Development of GSICS Products This page provides an example of a strategic timeline plan for the development and release of GSICS produc...
Multiple Attachment Upload Form Individual attachment size limit is kB. Avoid uploading too many large attachments in one attempt as some of them may not transfe...
Examples of Mathematical Equations Using LaTeX %TWISTY{ showlink="Show Table of Contents" hidelink="Hide..." showimgleft="" hideimgleft="" }% First Example Wi...
Work Flow for Migration to Operational Status GDWG/GRWG Web Meeting 2010 04 13 Agenda 1. Review the proposed GSICS Procedure for Product Acceptance: GppaWorkflo...
Storing GSICS Processing History in ISO 19115 Metadata Processing Components GSICS processing consists of a series of processing steps. Each processing step can ...
JMA s MTSAT AIRS Inter Calibration Algorithm (AtbdMainMtsatAirs) %TWISTY{ mode="div" showlink="Show Table of Contents" hidelink="Hide Table of Contents" showimgle...
1. Find Collocations !! A set of observations from a pair of instruments within a common period (e.g. 1 day) is required as input to the algorithm. The first step...
2 Transform Data In this step, collocated data are transformed to allow their direct comparison. This includes modifying the spectral, temporal and spatial chara...
2.a.ii.v0.1. The instruments #146; observations are converted from Level 1.5/1b/1c data to radiances, using pre defined, published algorithms specific for each i...
2.b.iii. Infrared GEO LEO inter satellite/inter sensor Class For hyper spectral instruments, all SRFs are first transformed to a common spectral grid. The LEO hy...
2.b.ii.v0.1. The Spectral Response Functions (SRFs) must be defined for all channels. The observations of channels identified as comparable are then co averaged ...
2.b.i. Purpose Firstly, we must identify which channel sets provide sufficient common information to allow meaningful inter calibration. These are then transform...
2.b.iii.v0.6 This is the recommended option. Tahara and Kato 2009 define virtual channels named gap channels to fill the spectral gaps and introduce the spectr...
2.b.iii.v0.5 Gunshor 2007 matches the pre computed radiance at the beginning and end of the gap. The ratio between the AIRS radiance and simulated radiance is ...
Main.RobertIacovazzi 13 Apr 2009 Inter Calibration of Low Earth Orbit Satellite Instruments Using the SNO Method ** LEO LEO SNO Intercal Process: 1a Process Na...
Main.RobertIacovazzi 19 Dec 2008 Inter Calibration of Low Earth Orbit Satellite Instruments Using the SNO Method Overview There is a need to inter calibrate pol...
Main.RobertIacovazzi 09 Apr 2009 Inter Calibration of Low Earth Orbit Satellite Instruments Using the SNO Method ** LEO LEO SNO Intercal Process: 1a Process Na...