Annotation of /MITgcm_contrib/osse/README

last changed June 8, 2004

OBSERVATION SYSTEM SIMULATION EXPERIMENT

OSSE is an MITgcm configuration to simulate data assimilation with a
deterministic ensemble Kalman filter and a model of a rotating tank of
water with an ice bucket at the center.

INSTALLATION 

At the time of this writing, the OSSE requires MITgcm checkpoint48 to
compile and run.  MITgcm can be obtained from
<http://mitgcm.org/source_code.html>.  If downloading from the CVS
server, use the command

cvs co -r 'checkpoint48' MITgcm

in order to specify the correct version.  Read the instructions on the
the webpage before trying to use the CVS server.

The OSSE directory tree can be obtained from the MITgcm CVS repository
with the command

cvs co MITgcm_contrib/osse

The code and its revision history can be browsed at 

<http://dev.mitgcm.org/cgi-bin/viewcvs.cgi/MITgcm_contrib/osse/>

A good place to put the osse directory tree is in MITgcm/verification,
where examples and test examples of MITgcm configurations are kept.

CONTENTS


code: modifications to MITgcm to run in cyclindrical coordinates.  At
the time of this writing, it requires checkpoint48 to compile and run.

filter: source and data files to run the data assimilation and Kalman
filter.
1	afe	1.3	last changed June 8, 2004
2	afe	1.1
3	afe	1.3	OBSERVATION SYSTEM SIMULATION EXPERIMENT
4	afe	1.2
5	afe	1.3	OSSE is an MITgcm configuration to simulate data assimilation with a
6			deterministic ensemble Kalman filter and a model of a rotating tank of
7			water with an ice bucket at the center.
8	afe	1.1
9	afe	1.3	INSTALLATION
10	afe	1.1
11	afe	1.3	At the time of this writing, the OSSE requires MITgcm checkpoint48 to
12			compile and run. MITgcm can be obtained from
13			<http://mitgcm.org/source_code.html>. If downloading from the CVS
14			server, use the command
15
16			cvs co -r 'checkpoint48' MITgcm
17
18			in order to specify the correct version. Read the instructions on the
19			the webpage before trying to use the CVS server.
20
21			The OSSE directory tree can be obtained from the MITgcm CVS repository
22			with the command
23
24			cvs co MITgcm_contrib/osse
25
26			The code and its revision history can be browsed at
27
28			<http://dev.mitgcm.org/cgi-bin/viewcvs.cgi/MITgcm_contrib/osse/>
29
30			A good place to put the osse directory tree is in MITgcm/verification,
31			where examples and test examples of MITgcm configurations are kept.
32
33			CONTENTS
34
35
36
37			code: modifications to MITgcm to run in cyclindrical coordinates. At
38			the time of this writing, it requires checkpoint48 to compile and run.
39
40			filter: source and data files to run the data assimilation and Kalman
41			filter.