World Meteorological Organization Working together in weather, climate and water WMO Information...

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World Meteorological Organization Working together in weather, climate and water WMO Information System (WIS) Progress Report Document 3.5 Prof G-R-Hoffmann (Chair Inter-commission Coordination Group on WIS) WMO; Observations and Information Systems Department www.wmo.int/wis WMO

description

11 June 2010WMO Executive Council LXII - Report on WIS Slide 3 WIS Documentation Planning and reference –WIS Project & Implementation Plan and Supporting technical documents have proved effective –Schema for metadata profile version 1.1 of ISO19115 is the basis of initial WIS implementation –WIS search standard (ISO23950) utilizing Search and Retrieval via URL (SRU) described on WIS-Wiki Including how to use gateways/proxies implemented for non SRU, include CSW Manual on WIS –Still missing Manual, Guidelines and Best Practices publications for WIS –This area needs major injection of resources if to completed in a timely manner. –WIS designation procedures need to be in Tech Regs

Transcript of World Meteorological Organization Working together in weather, climate and water WMO Information...

Page 1: World Meteorological Organization Working together in weather, climate and water WMO Information System (WIS) Progress Report Document 3.5 Prof G-R-Hoffmann.

World Meteorological OrganizationWorking together in weather, climate and water

WMO Information System (WIS)

Progress Report Document 3.5

Prof G-R-Hoffmann(Chair Inter-commission Coordination Group on WIS)

WMO; Observations and Information Systems Department www.wmo.int/wis

WMO

Page 2: World Meteorological Organization Working together in weather, climate and water WMO Information System (WIS) Progress Report Document 3.5 Prof G-R-Hoffmann.

11 June 2010 WMO Executive Council LXII - Report on WIS

Slide 2

Progress Report on WIS Implementation

Based on Figure 1 of Rep 3.51

• Documentation– WIS Project Plan and supporting technical documentation– WIS Manual, Guidelines and best practices

– Includes Metadata management• WIS Part A

– Ongoing operations and development of the GTS and establishment of WIS Core Network and Area Meteorological Data Communication Networks.

• WIS Part B– Implementation of Global Information Centres (GISCs) – Implementation of Data Collection or Production Centres (DCPCs)

• Capacity Building• Coordination with other activities and across RAs & TCs

Page 3: World Meteorological Organization Working together in weather, climate and water WMO Information System (WIS) Progress Report Document 3.5 Prof G-R-Hoffmann.

11 June 2010 WMO Executive Council LXII - Report on WIS

Slide 3

WIS Documentation• Planning and reference

– WIS Project & Implementation Plan and Supporting technical documents have proved effective

– Schema for metadata profile version 1.1 of ISO19115 is the basis of initial WIS implementation

– WIS search standard (ISO23950) utilizing Search and Retrieval via URL (SRU) described on WIS-Wiki

• Including how to use gateways/proxies implemented for non SRU, include CSW

• Manual on WIS– Still missing Manual, Guidelines and Best Practices

publications for WIS– This area needs major injection of resources if to

completed in a timely manner. – WIS designation procedures need to be in Tech Regs

Page 4: World Meteorological Organization Working together in weather, climate and water WMO Information System (WIS) Progress Report Document 3.5 Prof G-R-Hoffmann.

11 June 2010 WMO Executive Council LXII - Report on WIS

Slide 4

Establishment of the Establishment of the WIS core networkWIS core network

Exeter

SofiaMelbourne

Buenos Aires

TokyoBeijing

Nairobi

Washington

Network INetwork I

Jeddah

Prague

Toulouse

Dakar Algiers

Offenbach

Brasilia

Cairo

New DelhiMoscow

Network IINetwork II

Exeter

SofiaMelbourne

Buenos Aires

TokyoBeijing

Nairobi

Washington

Network INetwork I

Jeddah

Prague

Toulouse

Dakar Algiers

Offenbach

Brasilia

Cairo

New DelhiMoscow

Network IINetwork II

Exeter

Sofia

Melbourne

Buenos Aires

TokyoBeijing

Nairobi

Washington

Jeddah

Prague

Toulouse

Dakar Algiers

Offenbach

Brasilia

Cairo

New Delhi

IMTN cloud

Moscow

RA I

RA II

RA III

RA IV

RA V

RA VI

Exeter

Sofia

Melbourne

Buenos Aires

TokyoBeijing

Nairobi

Washington

Jeddah

Prague

Toulouse

Dakar Algiers

Offenbach

Brasilia

Cairo

New Delhi

IMTN cloud

Moscow

RA I

RA II

RA III

RA IV

RA V

RA VI

Exeter

Sofia

Melbourne

Buenos Aires

TokyoBeijing

Nairobi

Washington

Jeddah

Prague

Toulouse

Dakar Algiers

Offenbach

Brasilia

Cairo

New Delhi

IMTN cloud

Moscow

RA I

RA II

RA III

RA IV

RA V

RA VI

Exeter

Sofia

Melbourne

Buenos Aires

TokyoBeijing

Nairobi

Washington

Jeddah

Prague

Toulouse

Dakar Algiers

Offenbach

Brasilia

Cairo

New Delhi

IMTN cloud

Moscow

RA I

RA II

RA III

RA IV

RA V

RA VI

Exeter

Sofia

Melbourne

Buenos Aires

TokyoBeijing

Nairobi

Washington

Jeddah

Prague

Toulouse

Dakar Algiers

Offenbach

Brasilia

Cairo

New Delhi

IMTN cloud

Moscow

RA I

RA II

RA III

RA IV

RA V

RA VI

Exeter

Sofia

Melbourne

Buenos Aires

TokyoBeijing

Nairobi

Washington

Jeddah

Prague

Toulouse

Dakar Algiers

Offenbach

Brasilia

Cairo

New Delhi

IMTN cloud

Moscow

RA I

RA II

RA III

RA IV

RA V

RA VI

Exeter

Sofia

Melbourne

Buenos Aires

TokyoBeijing

Nairobi

Washington

Jeddah

Prague

Toulouse

Dakar Algiers

Offenbach

Brasilia

Cairo

New Delhi

IMTN cloud

Moscow

RA I

RA II

RA III

RA IV

RA V

RA VI

Migration process forming WIS core

network

IMTNcloud I

IMTN

IMTNcloud II

IMTN

WIS core

network

Page 5: World Meteorological Organization Working together in weather, climate and water WMO Information System (WIS) Progress Report Document 3.5 Prof G-R-Hoffmann.

11 June 2010 WMO Executive Council LXII - Report on WIS

Slide 5

WIS Network TopologyArchitecture and flows

Page 6: World Meteorological Organization Working together in weather, climate and water WMO Information System (WIS) Progress Report Document 3.5 Prof G-R-Hoffmann.

11 June 2010 WMO Executive Council LXII - Report on WIS

Slide 6

Area Meteorological Data Communication Networks (AMDCN)

• AMDCNs– Incorporate GTS infrastructure– May involve single, partial or multiple Regional

Meteorological Data Communication Networks• Network topology still varies across the

globe– AMDCNs don’t automatically fix problems with

RMDCNs, but do provide a GISC focal point to address problems.

Page 7: World Meteorological Organization Working together in weather, climate and water WMO Information System (WIS) Progress Report Document 3.5 Prof G-R-Hoffmann.

11 June 2010 WMO Executive Council LXII - Report on WIS

Slide 7

WIS Centres• 15 Candidate GISCs

– 11 under review by ET-GDDP• 100 + candidate DCPCs

– 36 under review by ET-GDDP• DWD GISC launched May

2010• Important to note

– DCPCs and NCs are classifications of centres, not new centres.

– International vs National– Assessment is on WIS not Core functions

• GISCs are new functions

Page 8: World Meteorological Organization Working together in weather, climate and water WMO Information System (WIS) Progress Report Document 3.5 Prof G-R-Hoffmann.

11 June 2010 WMO Executive Council LXII - Report on WIS

Slide 8

GISC Candidates (15)

XX

X X X

X

X

X

X

X

VGISC

X

X

XX

X

Page 9: World Meteorological Organization Working together in weather, climate and water WMO Information System (WIS) Progress Report Document 3.5 Prof G-R-Hoffmann.

11 June 2010 WMO Executive Council LXII - Report on WIS

Slide 9

Capacity Building

• Secretariat utilising WIS Trust Fund and temporary staff to provide WIS Jump Start

• Several Members have taken advantage.• Successful workshop on “implementation of WIS

in Asia” hosted by JMA.– Typical of role expected of GISC

• Need to develop training programmes etc.• Hard work still ahead but resources have waned.• Thank those Members who have contributed but

need contributions to WIS trust fund and secondments, JPOs, etc.

Page 10: World Meteorological Organization Working together in weather, climate and water WMO Information System (WIS) Progress Report Document 3.5 Prof G-R-Hoffmann.

11 June 2010 WMO Executive Council LXII - Report on WIS

Slide 10

Coordination

• IGDDS now an integral part of WIS• WIGOS development has WIS as its second

layer of integration.• WIS is an exemplar component of GEOSS.• More work needs to be done on coordination

with RAs and TCs– Especially in coordination of user requirements and

revision of Tech Regs• There remains a significant role for the ICG-WIS

Page 11: World Meteorological Organization Working together in weather, climate and water WMO Information System (WIS) Progress Report Document 3.5 Prof G-R-Hoffmann.

11 June 2010 WMO Executive Council LXII - Report on WIS

Slide 11

Highlights• Documentation - Some issues to address

– WIS Project Plan and supporting technical documentation – Done and on track

– Manuals, guidelines and best practices – Major effort/resources needed

• WIS Part A – Going Strong– WIS Core Network in place and AMDCNs progressing but note wide

range of technical capability persists across regions.• WIS Part B - Some issues to address

– Implementation of GISCs and DCPCs – First GISC done. Late starting but on track for Cg XVI

– WIS Centre Identification process. – On track

• Need Cg XVI to endorse designation procedures.

Page 12: World Meteorological Organization Working together in weather, climate and water WMO Information System (WIS) Progress Report Document 3.5 Prof G-R-Hoffmann.

11 June 2010 WMO Executive Council LXII - Report on WIS

Slide 12

Highlights

• Capacity building – Major effort/resources needed – Encourage participants to visit demonstration process and

side meeting– Need to increased Members understanding of WIS and

assist them in implementing and benefiting from WIS• Coordination with other activities – Going strong

• Summary– WIS is now being implemented.– Need to ensure all on board over next four years– Additional resources needed during this critical period– Still need Inter-commission Coordination Group