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The data can be classified into observation data, climate, analysis and forecast data. This classification is closely connected with the time period of updating of corresponding data sets (e.g., forecast data are updated daily, and climatic data  much less often.) Storage system and format. The IODE Ocean Data Portal not require data centres to re-format their data, as it has tools to understand local data structures (DBMS tables, formats of data files) and translate the required data into the common transport data format or provide web-services to interact with local data systems. Data granularity. The ODP should provide description, query and transfer to users the required peaces of data sets on the basis of feature types and instances resulted from parameter (object) type, spatial/temporal extent and other agreed criteria. LPP PP*PPPPK &h   %  Data actuality. The IODE data sets are dynamic and are updated yearly, monthly or even hourly depending on the specificities of the centre activity. In view of this, the ODP has a mechanism and tools to monitor the status and readiness of data sources, harvesting corresponded metadata as required. Access constraints. The IODE data sets can have constraints for data access and use. The ODP has a mechanism and tools based on the ODP sharing principles to meet these constrains. Life cycle. The IODE data sets can be produced in various ways. Often an IODE NODC combines the existing data from other data centres to prepare the derived data set. To avoid data duplication and provide transparent understanding about the ODP distributed resources it is necessary to provide data life monitoring on the basis of the unique identification of data sets involved into the system, dates and origin of creation, modification and submission of data. 2PPPPP PPPP &e  M ) 0 " Data Provider tools, able to register resources and provide access to their local data through ODP and create discovery metadata (for portal catalogue); " Metadata components  discovery metadata catalogue. Provides services for harvesting metadata from distributed data providers and other portals. Includes common codes and dictionaries services; " Data access components  providing access to the distributed data sources and data transportation using common protocol; " Search & browse tools and services; " ODP web-site; " ODP user web-interface, including GIS-oriented user interface, metadata and data search interfaces, data download and visualization components; " Connectivity mechanisms for interaction with other ocean portals and projects (SeaDataNet, WIS, etc.). PPPPP|PP'PPPPPPjP1/  - h ODP and WIS WMO Information System (WIS) will provide a single coordinated global infrastructure for the collection and sharing of information for all WMO and related international programmes ODP will be a WIS Data Collection or Production Centres (DCPC) The ODP contributes to the WMO Information System (WIS) prototype as one of the WIS prototype components, which ensures the operation of the JCOMM Data Collection and Processing Centre (DCPC) of the WMO Information System. This WIS component has been installed on the RNODC/RIHMI WDC (Obninsk) platform ~PP2PC,ccr c C< ,  r  +  /  .PcC  1  .PcC  /h       !#&'*,.02L   0` 33` Sf3f` 33g` f` www3PP` ZXdbmo` \ғ3y`Ӣ` 3f3ff` 3f3FKf` hk]wwwfܹ` ff>>\`Y{ff` R>&- {p_/̴>?" dd@,|?" dd@   " @ ` n?" dd@   @@``PR    @ ` ` p>> ld(    6  `}  V"1@075F 703>;>2:0 \  0   `  1@075F B5:AB0 B>@>9 C@>25=L "@5B89 C@>25=L '5B25@BK9 C@>25=L OBK9 C@>25=L M  0  ^ `   X*  0  ^    Z*  0  ^ `   Z*H  0޽h ? 3380___PPT10.,&ަ .D>@<;5=85 ?> C<>;G0=8N@ 0 @P(    0< P    P*    0@     R*  d  c $ ?  \  0C  0  1@075F B5:AB0 B>@>9 C@>25=L "@5B89 C@>25=L '5B25@BK9 C@>25=L OBK9 C@>25=L M  6I _P   P*    6N _   R*  H  0޽h ? 3380___PPT10.,&q 0N0 0 (   -  N|)Jd ]1ST IOC/WESTPAC TRAINING COURSE ON THE ESTABLISHMENT OF NATIONAL IODE OCEAN DATA PORTAL NODES^^] T  C ,Aioct_linkV  C .AjcommsmallWx  c $")   RB  s *Do,  s *"` d lSeoul, Republic of Korea, 31 August  4 September 2009 7076 `  C 8A iode_logo_type1-7M   s *"`  BSergey BELOV, Ph.D., scientific officer NODC of Russia, RIHMI-WDC C0CB H  0޽h ? ̙33y___PPT10Y+D=' = @B +f  0N0 um`(  f  S >A Oiode_logo_type1BRB  s *Dor   S 6j     HLqbd"  a Objective 0       0 <*H  0޽h ? ̙33y___PPT10Y+D=' = @B +v  0N0 }@(  @RB @ s *Dox @ c $xcj   @ H쐴bd"  kObjectives for IODE 0   @ 0$ <*f @ S >A Oiode_logo_type1BH @ 0޽h ? ̙33y___PPT10Y+D=' = @B +v  0N0 } H(  HRB H s *Dox H c $j   H Hbd"  kObjectives for IODE 0   H 0T$  <*f H S >A Oiode_logo_type1BH H 0޽h ? ̙33y___PPT10Y+D=' = @B +m  0N0 |t( (  (RB ( s *Dox ( c $j   ( Hbd"  b Versioning 0     ( 0 <*f ( S >A Oiode_logo_type1BH ( 0޽h ? ̙33y___PPT10Y+D=' = @B +m  0N0 |t0 (  0RB 0 s *Dox 0 c $| j   0 Hbd"  b Principles 0     0 0 <*f 0 S >A Oiode_logo_type1BH 0 0޽h ? ̙33y___PPT10Y+D=' = @B +p  0N0 w8(  8RB 8 s *Dox 8 c $$j   8 H%bd"  e Functionality 0    8 0, <*f 8 S >A Oiode_logo_type1BH 8 0޽h ? ̙33y___PPT10Y+D=' = @B +  0N0 `X/(  XRB X s *Do X c $Bj  "p`Pp X H`Qbd"  oData sharing principles 0   X 0W <*f X S >A Oiode_logo_type1BH X 0޽h ? ̙33y___PPT10Y+D=' = @B +   0N0 `'(  `RB ` s *DoYx ` c $ddj   ` Hebd"  }%Functional and technical requirements &0& %  ` 0lY <*f ` S >A Oiode_logo_type1BH ` 0޽h ? ̙33y___PPT10Y+D=' = @B +   0N0 h'(  hx h c $wj   h Hbd"  }%Functional and technical requirements &0& %  h 0Y <*RB h s *DoYf h S >A Oiode_logo_type1BH h 0޽h ? ̙33y___PPT10Y+D=' = @B +}   0N0 p(  px p c $j   p H4bd"  rCommunication requirements 0   p 0Y <*RB p s *DoYf p S >A Oiode_logo_type1BH p 0޽h ? ̙33y___PPT10Y+D=' = @B +   0N0 x9(  xx x c $dj   x Hȥbd"  1 Distributed marine data infrastructure building .2/   2  x 0Y <*RB x s *DoYf x S >A Oiode_logo_type1BH x 0޽h ? ̙33y___PPT10Y+D=' = @B +   0N0 9(  x  c $Tj    HLbd"  1 Distributed marine data infrastructure building .2/   2   0DąY <*RB  s *DoYf  S >A Oiode_logo_type1BH  0޽h ? ̙33y___PPT10Y+D=' = @B +  0N0  9(  x  c $ԅj    HTՅbd"  1 Distributed marine data infrastructure building .2/   2   0l݅Y <*RB  s *DoYf  S >A Oiode_logo_type1BH  0޽h ? ̙33y___PPT10Y+D=' = @B +  0N0 @/(  x  c $0j     Hbd"  ' Data properties in the ODP development.(&   (   0(Y <*RB  s *DoYf  S >A Oiode_logo_type1BH  0޽h ? ̙33y___PPT10Y+D=' = @B +  0N0 `/(  x  c $t<j     Hbd"  ' Data properties in the ODP development.(&   (   0@Y <*RB  s *DoYf  S >A Oiode_logo_type1BH  0޽h ? ̙33y___PPT10Y+D=' = @B +  0N0 /(  x  c $d1j     H2bd"  ' Data properties in the ODP development.(&   (   0:Y <*RB  s *DoYf  S >A Oiode_logo_type1BH  0޽h ? ̙33y___PPT10Y+D=' = @B +  0N0 !(  x  c $xOj    H:bd"  w ODP Version 1 components.      0XAY <*RB  s *DoYf  S >A Oiode_logo_type1BH  0޽h ? ̙33y___PPT10Y+D=' = @B +  0N0  3(  x  c $tZj    HX]bd"  + IODE ODP V1 Interaction with other systems.,*   ,   0iY <*RB  s *DoYf  S >A Oiode_logo_type1BH  0޽h ? ̙33y___PPT10Y+D=' = @B +R  0N0  NNUWM(    0LY <*RB  s *DoYRB  s *Do= z   S .>sGroup 2#"PK![Content_Types].xml|N0 HC+jS8 @:Q۸ ??\o<7p]V޷O(I'6E=, ){Ō4>I)q7UuDހǏ)}nL"Mᴸ&g0eSA)΄2';2 WYu7{ɯΒzŘqFrj9K*(]mOlPK!Z,[ _rels/.relslj0 ``t_Pƈ[>,dgzjǎ?I'f#®Pb-\/Ƿ0Z]nLnp__3.iJV KQBiDžrL,Vʌ/7р4`ANar+m;E/'3U Aںv83/PK! drs/downrev.xmlDO0~/zеE\V+Ƞ[G (\n*9H4Xr\(Ѳ?çqZuWONYL@j^kx^7@PK-![Content_Types].xmlPK-!Z,[ _rels/.relsPK-! drs/downrev.xmlPKp,$D 0 @P S .Group 3" 2   J|?Oval 400Vp Xc  2   J?Oval 5` Xc  2   J?Oval 6` Xc  2   J?Oval 7$7 Xc  2   J?Oval 8{ Xc  2  J?Oval 9*P Xc  2  LÈ?Oval 10P Xc  2  L ӈ?Oval 11@eQ Xc  2  L܈?Oval 12p Xc  2  LDΈ?Oval 13` @ Xc  o  N,?Text Box 16C eGAW World Data Centres GCOS Data Centres Global Run-off Data Centre Global Precip. 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Communication Networks Trebuchet MSWordArt 803l H ` ii?Text Box 81 p >  Satellite Two-Way Systems$(2g   S+ I `8ii?Text Box 82M   +Satellite Dissemination (IGDDS, RETIM, etc)",,g  , S2 J  v#iif31?Oval 834)  jNC"g 3  S2 K  v<.iif31?Oval 84d4y jNC"g 3  S|B LB LFT>?Line 85p 0 2 M  vT8iif31?Oval 864  lDCPC"g 3  S2 N  v=ii/91?Oval 87  lGISC"g /9  S|B O LFT>?Line 88 p 0 2 P  v(;ii/91?Oval 89 H  lGISC"g /9  S|B QB LFT>?Line 90  2 R  vWiif31?Oval 91   lDCPC"g 3  S/ S T Y?Text Box 93"`8 )ODP & National Oceanographic Data Centres$*(2*g  %  Z T T|c?Text Box 261 P  >WMO World Data Centres International Projects (e.g. GMES HALO)"? 2?g >       U H\bd"  + IODE ODP V1 Interaction with other systems.,*   , f V S >A Oiode_logo_type1BR W tō-XsGUHI?3?AutoShape 27h  Xc  H  0޽h ? ̙33UM___PPT10-+ D' = @B D' = @BA?%,( < +O%,( < +D' =%(%(D' =%(D3' =4@BBB B%(D' =1:Bvisible*o3>+B#style.visibility<*%(D' =-o6Bbox(out)*<3<*+   0N0   0f (  x  c $~j    Hbd"  t Practical experiments.      0čY <*RB  s *DoY@  0 < H The ODP V1 was implemented during 2007 2008 and included installation and coordinated use of the E2EDM components by IODE and WMO Data Centres: Integration Server at the IODE PO (Oostende, Belgium) (RIHMI WDC, Russia - mirror); Data Providers at the VLIZ  IODE PO (Belgium), Met Office (UK), Ifremer (France) and RIHMI WDC (Russia); ODP web site and services (located at the Integration Server) at the IODE PO (mirror in RIHMI WDC). In 2008 the operation of the Met Office and IFREMER data sources was finished and at the current moment the ODP distributed data system includes 12 data sources provided by ODINBLACKSEA participants  Russia, Ukraine, Bulgaria and Romania.B#cC2'    f  S >A Oiode_logo_type1BH  0޽h ? ̙33y___PPT10Y+D=' = @B +  0N0 P#(  x  c $Dj    Hbd"  Q       0ܑY <*RB  s *DoY   0   > Thank you for attention! Questions and comments are welcomed!F>c=aA>  f  S >A Oiode_logo_type1BH  0޽h ? ̙33y___PPT10Y+D=' = @B + 0 P((  ^  S      c $\ @    H  0޽h ? ̙33 0 p((  ^  S      c $֌ @    H  0޽h ? ̙33 0 ,((  ,^ , S     , c $ @    H , 0޽h ? ̙33 0 4((  4^ 4 S     4 c $ @    H 4 0޽h ? ̙33 0 <((  <^ < S     < c $ @    H < 0޽h ? ̙33 0 D((  D^ D S     D c $ @    H D 0޽h ? ̙33 0 ~0L(  L^ L S    x L c $P @   H L 0޽h ? ̙33  0 p\((  \^ \ S     \ c $$ @    H \ 0޽h ? ̙33  0 d:(  d^ d S     d c $/ @   0The ODP should provide following functionality: " Distributed marine data infrastructure building and operation " Data discovery and access " Data provision to end users " User management " System monitoring and report v0>         H d 0޽h ? ̙33  0 l((  l^ l S     l c $H @    H l 0޽h ? ̙33  0 t((  t^ t S     t c $M @    H t 0޽h ? ̙33$  0 t$l$|$(  |^ | S    f# | c $S @   "<The Ocean Data Portal will not create a new data system. The key principles of the Portal will be interoperability with existing systems and resources. Participating data centres will need to accept and implement a set of agreed interoperable arrangements including the technical specifications and Web services for the integration and shared use of the metadata and data. This interoperability will be achieved through the use of internationally endorsed standards such as SOA, ISO and OGC and it will not be require data centres to change their internal data management systems. The interoperability arrangements will be developed in close cooperation with existing and developing systems and will follow international standards and best practices. This activity will be carried out on the basis of the agreed documents for the ODP architecture, requirements and implementation process. Thus, it is necessary to note, that the E2E technology already provides a certain level of data interoperability providing an access to local data systems with a wide variety of structures, formats, systems of coding of data and metadata, systems of data storage. In connection with the specified, an important element of ODP building should be decisions on encapsulation of the E2E data model in the general model of the geographical information, using canonical encoding rules (ISO 19118) or, as an alternative way, by means of mapping from application XML schema to the E2E data model or data access/delivery services. The ODP standards development will be based on a paradigm that standards and technical solutions of the ODP interoperability infrastructure will be evaluated and accepted according to the IODE/JCOMM Standards Process. It does not exclude application of methods, formats and tools not licensed by the Standard Process at the initial level of ODP establishment, but this requirement should be realized in the operational version of ODP.                                                    H | 0޽h ? ̙33 0 ((  ^  S      c $ @    H  0޽h ? ̙33 0 0((  ^  S      c $x  @    H  0޽h ? ̙33 0 P((  ^  S      c $ @    H  0޽h ? ̙33 0 p((  ^  S      c $ @    H  0޽h ? ̙33 0 ((  ^  S      c $/ @    H  0޽h ? ̙33 0 B:(  ^  S    4  c $6 @   ODP Version 2 (V2) will be based on ISO/OGC interoperability standards (such as ISO and OGC) to ensure interoperability with other systems (such as the WMO Information System) and developed using  open source tools. ODP V2 will be metadata driven and all operation processes will be supported by corresponding metadata compliant with the ISO19115/19139 standards. The development of version 2 of ODP will take approximately two years and should be completed by 2011. ODP V2 data interoperability standards will be evaluated and recommended according to the IODE/JCOMM Standards Process. K H  0޽h ? ̙33 0 ((  ^  S      c $x9 @    H  0޽h ? ̙33f 0 &(  ^  S      c $HK @   XInter-exchange rules 1. Intersystem s connection is provided 2. Data exchange list is agreed 3. Discovery metadata catalogue is used 4. 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The data can be classified into observation data, climate, analysis and forecast data. This classification is closely connected with the time period of updating of corresponding data sets (e.g., forecast data are updated daily, and climatic data  much less often.) Storage system and format. The IODE Ocean Data Portal not require data centres to re-format their data, as it has tools to understand local data structures (DBMS tables, formats of data files) and translate the required data into the common transport data format or provide web-services to interact with local data systems. Data granularity. The ODP should provide description, query and transfer to users the required peaces of data sets on the basis of feature types and instances resulted from parameter (object) type, spatial/temporal extent and other agreed criteria. LPP PP*PPPPK &h   %  Data actuality. The IODE data sets are dynamic and are updated yearly, monthly or even hourly depending on the specificities of the centre activity. In view of this, the ODP has a mechanism and tools to monitor the status and readiness of data sources, harvesting corresponded metadata as required. Access constraints. The IODE data sets can have constraints for data access and use. The ODP has a mechanism and tools based on the ODP sharing principles to meet these constrains. Life cycle. The IODE data sets can be produced in various ways. Often an IODE NODC combines the existing data from other data centres to prepare the derived data set. To avoid data duplication and provide transparent understanding about the ODP distributed resources it is necessary to provide data life monitoring on the basis of the unique identification of data sets involved into the system, dates and origin of creation, modification and submission of data. 2PPPPP PPPP &e  M ) 0 " Data Provider tools, able to register resources and provide access to their local data through ODP and create discovery metadata (for portal catalogue); " Metadata components  discovery metadata catalogue. Provides services for harvesting metadata from distributed data providers and other portals. Includes common codes and dictionaries services; " Data access components  providing access to the distributed data sources and data transportation using common protocol; " Search & browse tools and services; " ODP web-site; " ODP user web-interface, including GIS-oriented user interface, metadata and data search interfaces, data download and visualization components; " Connectivity mechanisms for interaction with other ocean portals and projects (SeaDataNet, WIS, etc.). PPPPP|PP'PPPPPPjP1/  - h ODP and WIS WMO Information System (WIS) will provide a single coordinated global infrastructure for the collection and sharing of information for all WMO and related international programmes ODP will be a WIS Data Collection or Production Centres (DCPC) The ODP contributes to the WMO Information System (WIS) prototype as one of the WIS prototype components, which ensures the operation of the JCOMM Data Collection and Processing Centre (DCPC) of the WMO Information System. This WIS component has been installed on the RNODC/RIHMI WDC (Obninsk) platform ~PP2PC,ccr c C< ,  r  +  /  .PcC  1  .PcC  /h       !#&'*,.02  0 ~d(  d^ d S    x d c $/ @   H d 0޽h ? ̙33  0 ~|(  |^ | S    x | c $S @   H | 0޽h ? ̙33 0 ~(  ^  S    x  c $6 @   H  0޽h ? ̙33r *s x2 x(  ՜.+,0x    Ԗ ' ArialPalatino LinotypeTimes New Roman Wingdings MS PGothicSimSunCambriaArial Unicode MS RTHE OCEAN DATA PORTAL (ODP) VERSION 1 AND VERSION 2 CAPABILITIES agenda item 2  2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22    _㰖AdminAdmin       The ODP is separated on two stages:  Version 1 (V1) Development is based on the E2E technology. V1 activity is routed on the creation the components implementing portal functions: communication with data sources, discovery, visualization, content management and administration. Strong accent made on adjustment of the ODP V1 interaction with data providers.  Version 2 (V2) ODP V2 will be based on interoperability standards (such as ISO and OGC) and developed using  open source tools. P   : ODP main principles:  ODP will bring interoperability with existing systems;  Interoperability will be achieved through the use of internationally endorsed standards (such as ISO and OGC);  NODCs will not be required to change their internal (local) data management systems. P   Focusing on V1 functionality, the Ocean Data Portal will provide the full range of processes including data discovery, access, and visualization. The following functionality is envisaged: " IODE and other participating data centres will generate discovery metadata about their datasets for distributed data search and retrieval; " The Portal will periodically harvest these metadata, monitor the accessibility of remote data sources and update the portal metadata catalogue; " Users can access the system via a web browser and search for single or multiple data types from a distributed set of sources; " Data request will be sourced from the appropriate data centre and returned to the Portal. Portal tools will fuse the aggregated data and services in real time to produce a new product or service of value to the user. 4CP$.  X    ODP will provide the following data sharing principles: " make data and services available freely and without restriction on the basis of the IOC Data Exchange Policy; " provide data and services available in a timely and easy way to users, but the ODP information capabilities is highly dependent on data contributions; " realize a single entry of users to distributed marine data system via the ODP website; " provide the following user access conditions: metadata are freely accessible without any conditions; data and services require registration and acceptance of an ODP user license. :PPqPPPPZPP1P" P1 [   4 Technical requirements include: " provide the means (metadata, services and etc.) for a distributed marine data infrastructure enabling the interactions among data providers, service providers and with end users, " permit data interaction whilst avoiding data reformatting and de-localization (i.e. data remain on the provider infrastructure without change); " allow adjustment (orchestration) of services invoking for online request/response processes and other operations; " allow chaining of services into more complex ones; "ZZZZZZuZZ7Z     " support  subscription type services and standing orders (e.g. oil spill monitoring and alerting); " allow easy identification of, and access to requested services and data, with progress follow up until completion; " integrate data/services from multiple domains to exploit multi-domain synergies; " allow the services/data providers to register, provide and promote their products to thematic or regional portals; " minimize data/service provider investments by building on open standards. gZZvZZTZZvZZNZ    < " support the geographically distributed marine data infrastructure operations by means of publishing and dissemination of technical recommendations and guides to improve the telecommunication nodes of IODE centres and other participants; " disseminate the information about the status of all ODP partners to ensure coordination and cross communication; " provide the remote software installations and documentation access; " communicate with the ODP partner groups to discuss and resolve ongoing definitional and development issues; hPPtPPGPPpP&  H    The Ocean Data Portal will not create a new data system. The E2E technology already provides a certain level of data interoperability providing an access to local data systems with a wide variety of structures, formats, systems of coding of data and metadata, systems of data storage. The ODP standards development will be based on a paradigm that standards and technical solutions of the ODP interoperability infrastructure will be evaluated and accepted according to the IODE/JCOMM Standards Process.     The Ocean Data Portal will include the components of two broad categories: " Data components based on existing national, regional, global data systems. The participating NODCs and other data centres will build distributed data marine infrastructure providing data and metadata to the Portal; " Data integration and dissemination components  data/services registration, data discovery, delivery and visualization, content management and administration standards and tools. DM&     Focusing on the data integration and dissemination components the five key component categories can be proposed: " Catalogues and registers providing the ODP functionality for data discovery, access and delivery; " Web-services providing interactions among products and data providers, service providers and with end-users; " Means (standalone applications or (and) web-services) to perform user management and other administrative functions; " Means for pre-defined data processing to provide value-added products; " Means for user interfaces and data visualization. hPPPPJPP7PG G "  Content. The ODP domain covers oceanography and marine meteorology (main fields) and also other disciplines (biology, geology geophysics, etc.). It is estimated, that the ODP will integrate data and information about 300 350 parameters. Representation. ODP tools takes into account that marine data can be presented as: " structured alphanumeric data sets (most of the ODP data); " thematic spatial data (GIS shapes and other); " images (satellite data and other images); " documents (articles and methodical/technical documents). Production. There are a significant number of methods and tools that are used to produce data (platforms of observations, instruments of measurement, methods of computation and modeling)  on the one hand, and on the other hand  there are large number of institutes and centres producing data or/and will provide data into the system in future. >P PPPDPPPNPPD O&-  E $  Processing level. The data can be classified into observation data, climate, analysis and forecast data. This classification is closely connected with the time period of updating of corresponding data sets (e.g., forecast data are updated daily, and climatic data  much less often.) Storage system and format. The IODE Ocean Data Portal not require data centres to re-format their data, as it has tools to understand local data structures (DBMS tables, formats of data files) and translate the required data into the common transport data format or provide web-services to interact with local data systems. Data granularity. The ODP should provide description, query and transfer to users the required peaces of data sets on the basis of feature types and instances resulted from parameter (object) type, spatial/temporal extent and other agreed criteria. LPP PP*PPPPK &h   %  Data actuality. The IODE data sets are dynamic and are updated yearly, monthly or even hourly depending on the specificities of the centre activity. In view of this, the ODP has a mechanism and tools to monitor the status and readiness of data sources, harvesting corresponded metadata as required. Access constraints. The IODE data sets can have constraints for data access and use. The ODP has a mechanism and tools based on the ODP sharing principles to meet these constrains. Life cycle. The IODE data sets can be produced in various ways. Often an IODE NODC combines the existing data from other data centres to prepare the derived data set. To avoid data duplication and provide transparent understanding about the ODP distributed resources it is necessary to provide data life monitoring on the basis of the unique identification of data sets involved into the system, dates and origin of creation, modification and submission of data. 2PPPPP PPPP &e  M ) 0 " Data Provider tools, able to register resources and provide access to their local data through ODP and create discovery metadata (for portal catalogue); " Metadata components  discovery metadata catalogue. Provides services for harvesting metadata from distributed data providers and other portals. Includes common codes and dictionaries services; " Data access components  providing access to the distributed data sources and data transportation using common protocol; " Search & browse tools and services; " ODP web-site; " ODP user web-interface, including GIS-oriented user interface, metadata and data search interfaces, data download and visualization components; " Connectivity mechanisms for interaction with other ocean portals and projects (SeaDataNet, WIS, etc.). PPPPP|PP'PPPPPPjP1/  - h ODP and WIS WMO Information System (WIS) will provide a single coordinated global infrastructure for the collection and sharing of information for all WMO and related international programmes ODP will be a WIS Data Collection or Production Centres (DCPC) The ODP contributes to the WMO Information System (WIS) prototype as one of the WIS prototype components, which ensures the operation of the JCOMM Data Collection and Processing Centre (DCPC) of the WMO Information System. This WIS component has been installed on the RNODC/RIHMI WDC (Obninsk) platform ~PP2PC,ccr c C< ,  r  +  /  .PcC  1  .PcC  /h       !#&'*,.02 0 ~(  ^  S    x  c $HK @   H  0޽h ? ̙33r.ʔs 2