JMA s MTSAT AIRS Inter Calibration Algorithm (AtbdMainMtsatAirs) %TWISTY{ mode="div" showlink="Show Table of Contents" hidelink="Hide Table of Contents" showimgle...
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.i. Purpose Firstly, we must identify which channel sets provide sufficient common information to allow meaningful inter calibration. These are then transform...
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.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.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 ...
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...
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...
GSICS Operations Plan The GSICS Operations Plan is a living document that clearly defines action items and recommendations generated during GSICS Executive Panel,...
Main.Ma nikBali 24 Mar 2017 Invitation for this webmeeting to be sent to Mark Drinkwater, Likun Wang, Pete Palasco Constantin Lukashin Wenjian Zhang Toshiyuki K...
Composite Satellite Imagery The topic lists known applications of Composite Satellite Imagery, the users of which may be interested in GSICS products particular...
Data and Products Servers Currently operating servers of GSICS data: * http://gsics.eumetsat.int/thredds * http://gsics.nesdis.noaa.gov/thredds * http://...
Data Server Configuration %TWISTY{ showlink="Show Table of Contents" hidelink="Hide..." showimgleft="" hideimgleft="" start="show" }% This page contains all the i...
DCC Algorithm Work Area This page will serve as the work area for the Deep Convective Clouds (DCC) inter calibration algorithm development. Documentation * AT...
Double Difference Method Background The Double Difference (D D) method facilitates inter comparison between sensors of interest (SOIs) that do not have optimal t...
On this page are uploaded scripts that can download GSICS data files from the thredds server. This follows an action on NOAA GDWG A.GDWG.2019.9p.2 : GCC to provid...
FAQ — Frequently asked questions Registration for a wiki account Anyone is allowed to view wiki pages. However, if you wish to change or create pages then you wi...
Examples of Mathematical Equations Using LaTeX %TWISTY{ showlink="Show Table of Contents" hidelink="Hide..." showimgleft="" hideimgleft="" }% First Example Wi...
*Connecting with Users and other interest groups * GSICS is a global effort to inter calibrate satellites. In this endevour we need to work in constant harmony wi...
GSICS File Naming Convention GSICS file naming convention follows the rules given in the General File Naming Conventions section of the W.M.O. Manual on The Glob...
Dear GSICS colleagues: We will host the GSICS IR Subgroup Web Meeting at 0800 1000 EDT on May 5 (check your time here). Here is the agenda and web meeting informa...
GRWG/GDWG Web Meeting 2015 05 13 GSICS Web Meeting on MW SubGroup Agenda 1 R. Ferraro (NOAA) #150; Introduction, review of any old actions, etc. 1 T. Hew...