Commit 0f2c5274100d1247aefc069bb6732f79e0f8a02f

Authored by Elena.Budnik
1 parent b7f037a2

amda intro

help/about.html
... ... @@ -54,18 +54,15 @@
54 54 </div>
55 55 </div>
56 56 <div id="left">
57   - <h2>AMDA Intro</h2>
  57 + <h2>Introduction to AMDA</h2>
58 58 <p>
59   - The plasma objects studied in space physics consist of gigantic systems characterised by
60   - multiscale dynamics and fast long range couplings between key regions. For
61   - studying such systems, it is necessary to perform integrated multi-point/multi-instrument
62   - analysis in case studies and statistical studies as well. The ISTP program, the
63   - CLUSTER, THEMIS and MMS missions have been defined for facing this requirement.
64   - </p>
65   - <p>Integrated
66   - analysis of multi-point and multi-instrument data means that the researcher has
67   - to:
  59 + The plasma objects studied in space physics consist of gigantic systems characterised by
  60 + multiscale dynamics and fast, long range couplings between key regions. For
  61 + studying such systems, it is necessary to perform integrated multi-point/multi-instrument
  62 + analysis in case and statistical studies. In particular the ISTP program, the CLUSTER, THEMIS and MMS
  63 + missions have been defined for facing this requirement.
68 64 </p>
  65 + <p>Integrated analysis of multi-point and multi-instrument data means that the researcher has to:</p>
69 66 <ul>
70 67 <li> find interesting cases</li>
71 68 <li> when some cases have been found, find and extract the data of interest</li>
... ... @@ -77,37 +74,40 @@
77 74 </li>
78 75 </ul>
79 76  
80   - <p> Depending on the heterogeneity of the data and the dispersion of their sources,
81   - the scientists can spend a lot of energy and time just for searching, finding,
82   - treating and preparing the data before starting scientific analysis. In order
83   - to help the users to faster reach the data analysis and interpretation step,
84   - the CDPP is developing a service with the following goals: </p>
85   - <p> The service provides functionalities for </p>
  77 + <p>Depending on the heterogeneity of the data and their sources, scientists may
  78 + spend a lot of energy and time for searching, finding, treating and preparing the
  79 + data before even starting scientific analysis. In order to help the users to faster
  80 + reach the data analysis and interpretation step, the CDPP has developped AMDA with the
  81 + following goals: </p>
  82 + <p>The service provides functionalities for </p>
86 83 <ul>
87 84 <li>performing automated search of events, producing time-tables. This tool scans
88   - the content of the data and automatically test mathematical criteria edited
  85 + the content of the data and automatically tests mathematical criteria edited
89 86 by the user</li>
90 87 <li>performing semi-automated search of events, producing time-tables. This
91 88 tool allows the user to browse the data she/he selected by sequentially producing
92 89 a figure he has predefined</li>
93 90 <li>performing automated and semi-automated characterisation of events, producing
94   - catalogues (time-tables + extracted parameters)</li>
  91 + catalogues (time-tables + statistical parameters)</li>
95 92 <li>extracting sub-database from an input time-table</li>
96 93 <li>performing basic data treatment (formatting, bad point filtering, re-sampling,
97 94 data merging, ) in order to provide to the user data ready to use with her/his
98 95 favourite software</li>
99 96 </ul>
100   - <p> These tools can be applied on large amount of data (including
101   - multi-mission/multi-instrument datasets) in a transparent way by the users.
  97 + <p>These tools can be applied on large amount of data (including
  98 + multi-mission/multi-instrument datasets).
102 99 </p>
103   - <p> The data are either physically resident in the AMDA database
104   - or remotely accessed from remote sites via web-services (CDAWEB, MAPSKP). </p>
105   - <p> The service can be reached and used from other sites according
106   - to the Virtual Observatory paradigm. </p>
  100 + <p>The data are either physically resident in the AMDA database
  101 + or remotely accessed from remote sites via web-services (CDAWEB, THEMIS).</p>
  102 + <p>Simulation results and analytical models (some of them run in real time) are also
  103 + accessible (either locally or remotely).</p>
  104 + <p>The service can be reached and used from other sites according
  105 + to the Virtual Observatory paradigm. (SAMP and EPN-TAP protocols are enabled, VOTables are commonly used).</p>
107 106 <hr>
108   - <p>AMDA is developed on the basis of an existing DD SYSTEM (Andrey Fedorov, IRAP).</p>
  107 + <p>AMDA is developed on the basis of an existing DD SYSTEM (Andrey Fedorov, IRAP).
  108 + AMDA is provided by the Centre de Données de la Physique des Plasmas (<a href="http://www.cdpp.eu" target="_blank">CDPP</a>) supported by CNRS, CNES, Observatoire de Paris and Université Paul Sabatier, Toulouse. French ANR, EU and ESA projects have supported part of the developments.</p>
109 109 <br/><br/>
110   - <p> <a href="..">AMDA Home =&gt;</a></p>
  110 + <p> <a href="..">AMDA Home =&gt;</a></p>
111 111 </div>
112 112 </div>
113 113 </div>
... ...
help/info.html
... ... @@ -47,20 +47,35 @@
47 47 </ul>
48 48 </ul>
49 49 </div>
  50 + <h3>AMDA THANKS</h3>
  51 + <div class="title">
  52 + <ul>
  53 + <li><h4>Data Centers</h4>
  54 + <ul>
  55 + <li><a title="Institut de Recherche en Astrophysique et Planétologie" href="http://www.irap.omp.eu/" target="_blank">IRAP</a>
  56 + <li><a title="Coordinated Data Analysis Web, Goddard" href="http://cdaweb.gsfc.nasa.gov/" target="_blank">CDAWeb</a>
  57 + <li><a title="Planetary Data System" href="http://pds.jpl.nasa.gov/" target="_blank">PDS</a>
  58 + <li><a href="http://omniweb.gsfc.nasa.gov/" target="_blank">OMNIWeb</a>
  59 + <li><a title="World Data Center for Magnetism, Kyoto" href="http://swdcwww.kugi.kyoto-u.ac.jp/" target="_blank">WDC, Kyoto</a>
  60 + <li><a href="http://themis.ssl.berkeley.edu/index.shtml" target="_blank">THEMIS</a>
  61 + <li><a title="Cluster Science Archive" href="https://csa.esac.esa.int/csa-web/" target="_blank">CSA</a>
  62 + <li><a title="International Service of Geomagnetic Indices" href="http://isgi.unistra.fr/" target="_blank">IGSI/UNISTRA</a>
  63 + <li><a href="http://www.lesia.obspm.fr/kronos/" target="_blank">LESIA/OBSPM</a>
  64 + <li><a title="STEREO science center" href="http://stereo-ssc.nascom.nasa.gov/" target="_blank">SSC</a>
  65 + </ul>
  66 + </ul>
  67 + </div>
50 68 </div>
51 69 <div id="left">
52   - <h2>AMDA Intro</h2>
  70 + <h2>Introduction to AMDA</h2>
53 71 <p>
54   - The plasma objects studied in space physics consist of gigantic systems characterised by
55   - multiscale dynamics and fast long range couplings between key regions. For
56   - studying such systems, it is necessary to perform integrated multi-point/multi-instrument
57   - analysis in case studies and statistical studies as well. The ISTP program, the
58   - CLUSTER, THEMIS and MMS missions have been defined for facing this requirement.
59   - </p>
60   - <p>Integrated
61   - analysis of multi-point and multi-instrument data means that the researcher has
62   - to:
  72 + The plasma objects studied in space physics consist of gigantic systems characterised by
  73 + multiscale dynamics and fast, long range couplings between key regions. For
  74 + studying such systems, it is necessary to perform integrated multi-point/multi-instrument
  75 + analysis in case and statistical studies. In particular the ISTP program, the CLUSTER, THEMIS and MMS
  76 + missions have been defined for facing this requirement.
63 77 </p>
  78 + <p>Integrated analysis of multi-point and multi-instrument data means that the researcher has to:</p>
64 79 <ul>
65 80 <li> find interesting cases</li>
66 81 <li> when some cases have been found, find and extract the data of interest</li>
... ... @@ -72,36 +87,39 @@
72 87 </li>
73 88 </ul>
74 89  
75   - <p> Depending on the heterogeneity of the data and the dispersion of their sources,
76   - the scientists can spend a lot of energy and time just for searching, finding,
77   - treating and preparing the data before starting scientific analysis. In order
78   - to help the users to faster reach the data analysis and interpretation step,
79   - the CDPP is developing a service with the following goals: </p>
80   - <p> The service provides functionalities for </p>
  90 + <p>Depending on the heterogeneity of the data and their sources, scientists may
  91 + spend a lot of energy and time for searching, finding, treating and preparing the
  92 + data before even starting scientific analysis. In order to help the users to faster
  93 + reach the data analysis and interpretation step, the CDPP has developped AMDA with the
  94 + following goals: </p>
  95 + <p>The service provides functionalities for </p>
81 96 <ul>
82 97 <li>performing automated search of events, producing time-tables. This tool scans
83   - the content of the data and automatically test mathematical criteria edited
  98 + the content of the data and automatically tests mathematical criteria edited
84 99 by the user</li>
85 100 <li>performing semi-automated search of events, producing time-tables. This
86 101 tool allows the user to browse the data she/he selected by sequentially producing
87 102 a figure he has predefined</li>
88 103 <li>performing automated and semi-automated characterisation of events, producing
89   - catalogues (time-tables + extracted parameters)</li>
  104 + catalogues (time-tables + statistical parameters)</li>
90 105 <li>extracting sub-database from an input time-table</li>
91 106 <li>performing basic data treatment (formatting, bad point filtering, re-sampling,
92 107 data merging, ) in order to provide to the user data ready to use with her/his
93 108 favourite software</li>
94 109 </ul>
95   - <p> These tools can be applied on large amount of data (including
96   - multi-mission/multi-instrument datasets) in a transparent way by the users.
  110 + <p>These tools can be applied on large amount of data (including
  111 + multi-mission/multi-instrument datasets).
97 112 </p>
98   - <p> The data are either physically resident in the AMDA database
99   - or remotely accessed from remote sites via web-services (CDAWEB, MAPSKP). </p>
100   - <p> The service can be reached and used from other sites according
101   - to the Virtual Observatory paradigm. </p>
  113 + <p>The data are either physically resident in the AMDA database
  114 + or remotely accessed from remote sites via web-services (CDAWeb, THEMIS).</p>
  115 + <p>Simulation results and analytical models (some of them run in real time) are also
  116 + accessible (either locally or remotely).</p>
  117 + <p>The service can be reached and used from other sites according
  118 + to the Virtual Observatory paradigm. (SAMP and EPN-TAP protocols are enabled, VOTables are commonly used).</p>
102 119 <hr>
103   - <p>AMDA is developed on the basis of an existing DD SYSTEM (Andrey Fedorov, IRAP).</p>
104   - <br/><br/>
  120 + <p>AMDA is developed on the basis of an existing DD SYSTEM (Andrey Fedorov, IRAP).
  121 + AMDA is provided by the Centre de Données de la Physique des Plasmas (<a href="http://www.cdpp.eu" target="_blank">CDPP</a>) supported by CNRS, CNES, Observatoire de Paris and Université Paul Sabatier, Toulouse. French ANR, EU and ESA projects have supported part of the developments.</p>
  122 + <br/>
105 123 <p> <a href="..">AMDA Home =&gt;</a></p>
106 124 </div>
107 125 </div>
... ...
help/policy.html
... ... @@ -21,14 +21,11 @@
21 21 <li><a href="licenceAction.do.html" target="_blank">CDPP</a>
22 22 <li><a href="http://spdf.gsfc.nasa.gov/new_users.html" target="_blank">CDAWEB</a>
23 23 <li><a href="http://ppi.pds.nasa.gov/citations_policy.jsp" target="_blank">PDS</a>
24   - <li><a href="http://mapsview.engin.umich.edu/use_policy" target="_blank">MAPSKP</a>
25 24 <li><a href="http://themis.ssl.berkeley.edu/roadrules.shtml" target="_blank">THEMIS</a>
26 25 <li><a href="http://lasp.colorado.edu/home/maven/files/2014/09/MAVEN_public-rules-of-the-road-v3.pdf" target="_blank">MAVEN</a>
27 26 <li><a href="SKR.html" target="_blank">CASSINI/RPWS/SKR</a>
28   - <li><a href="VEXGRAZ.html" target="_blank">VEXGRAZ</a>
29   - <li><a href="http://caa.estec.esa.int/caa/ror.xml" target="_blank">CAA</a> / <a href="http://www.cosmos.esa.int/web/csa/rules-of-the-road" target="_blank">CSA</a>
  27 + <li><a href="http://www.cosmos.esa.int/web/csa/rules-of-the-road" target="_blank">CSA</a>
30 28 <li><a href="STEREO.html" target="_blank">STEREO</a>
31   - <li><a href="http://ccmc.gsfc.nasa.gov/PubPolicy.php" target="_blank">CCMC</a>
32 29 <li><a href="https://www.cosmos.esa.int/web/psa/psa-acknowledgement" target="_blank">PSA</a>
33 30 </ul>
34 31 </div>
... ... @@ -42,7 +39,7 @@
42 39 <h4>Data Use Policy</h4>
43 40 <p>AMDA local base holds data
44 41 originating from several Data Centres (see the detailed list on
45   - <a href="about.html"> AMDA About</a> page).
  42 + <a href="info.html"> AMDA About</a> page).
46 43 When using either those data or AMDA "External Data" service to connect
47 44 to remote centres, please follow the corresponding Rules of the Road.
48 45 </p><br/><br/><br/>
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js/resources/css/styles.css
... ... @@ -50,7 +50,7 @@ background: #F6F3E7;
50 50 #main2
51 51 {
52 52 width: 710px;
53   -height: 750px;
  53 +height: 830px;
54 54 padding: 10px;
55 55 padding-top: 20px;
56 56 /*background: #ffffff; */
... ...