integrated national in situ observational network igor zahumenský slovak hydrometeorological...
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IntegratedIntegrated
National National In Situ In Situ ObservationalObservational
NetworkNetworkIgor Zahumenský
Slovak Hydrometeorological Institute
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OutlineOutline
IntroductionIntroductionReasonsReasons for the Integrationfor the IntegrationGoalsGoals of the Integrationof the IntegrationPlanningPlanning the Integrationthe IntegrationFeaturesFeatures of an Integrated Networkof an Integrated NetworkManagement & Information Management & Information
SystemSystem ConclusionConclusion
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Why & How ?
WhyWhy to integrate ?Reasons &Reasons & BenefitsBenefits
HowHow to integrate ?Step-by-step integration of Step-by-step integration of
individual system components individual system components
Synoptic network
Synoptic network
Aeronautical network
Aeronautical network
Climatological data users
Climatological data users
S-DPC Synoptic data users
Synoptic data users
A-DPC
C-DPC
Aviation data users
Aviation data users
Climatological station
Climatological station
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BenefitsBenefits
• Integration increases: Integration increases: Investment efficiency; System capabilities;
• More efficient Observation & More efficient Observation & Monitoring & Management =Monitoring & Management =
Improved Improved
Forecasts & Warnings & PWSForecasts & Warnings & PWS
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Profit from IntegrationProfit from Integration
can be increased by:• shared exploitation of an observing
site, • more cost-effective integrated data
sets, • an integrated data and network
management, • an integrated information delivery
system.
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GoalsGoals of the Integration of the Integration
Dominant goals of the ION:•To sustain existing obs.;•To integrate existing and new systems;
•To adapt the new system to users’ RQs and needs.
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The IntegrationThe Integration
• The integration: an end-to-end process of: • examination, • planning, and • implementation.
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The Integration (2)The Integration (2)
Observing system priorities: • Reliability• Efficiency • Cost effectiveness• Continuity
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PlanningPlanning the Integration - the Integration - steps steps
• Users’ needs & requirements;• Present National Observing System;• Required changes; • Priority criteria;• Initial design of Integrated Obs. System;• Processes to response to RQs and
needs;• Strategy and Plan
Synoptic network
Synoptic network
Aeronautical network
Aeronautical network
U U
INTEGRATED
DPS&
DMS&
NMS& …
S S
Climatological station
Climatological station
S S
R R
E
E
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The key features of MISThe key features of MIS
Provide information essential for decision-making;
Fully automatic & operational nonstop;
Flexible & modular; Reliable & designed to operate
during the most severe weather; The two-way communication.
NMU
Management of
NMS
Procedures, Protocols,
Standards, …
MetadataCatalogues
ION
ION
Products Generation
QC
Data Processing
Monitoring
DataInput
DDB
RemedialActions
UsersUsers
NMU
Procedures, Protocols,
Standards, …
MetadataCatalogues
ION
ION
DataInput
DDB
USER
USER
QC
Monitoring
Data Processing
NMU
Procedures, Protocols,
Standards, …
MetadataCatalogues
ION
ION
Products Generation
QC
Data Processing
Monitoring
DataInput
DDB
RemedialActions
USER
USER
NMU
Procedures, Protocols,
Standards, …
MetadataCatalogues
ION
ION
Products Generation
QC
Data Processing
Monitoring
DataInput
DDB
RemedialActions
USER
USER
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Conclusion Conclusion
Improvement of:• Information provided by ION;• Data & metadata management;• Data accessibility;• System management;• System performance.
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Conclusion (2)Conclusion (2)
Reduction of operational costsReduction of manpowerStandardization of proceduresStandardization of
maintenance
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Conclusion – success of IONConclusion – success of ION
Provision of the right and Provision of the right and useful sets of observational useful sets of observational data & products & information data & products & information for different applications & for different applications & users;users;
Implementation of new Implementation of new technology / techniques.technology / techniques.