Transcript UP_DWG_Calgary_Presentation_Herring

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Towards a Systems Model for Urban Planning:
Moving SDI Towards Active Models of Reality
92nd OGC Technical Committee
Calgary Canada
John R. Herring, Oracle
15 September 2014
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Objects in a looking glass are bigger than they appear
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The future UP system (neoUP) needs:
• Integration of various functionality for designing, monitoring
and providing spatial services to an urban area.
– Smart City: maintain a communication network to all stakeholders
(including residents).
– Facility Management: keep an “as-built” database with “as planned”
branches for proposed changes.
– IoT, Sensor Web: were possible monitoring should be via sensors.
– Navigation: distributed, multi-network, multimodal, integrated
indoor/outdoor navigation as a distributed systems, with transitions at
each transfer node at network-to-network connection/interface
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How Do We Help to Build a neoUP system
• Such a System of Systems cannot be designed and built
as a unit. It is complex and, to some extent,
unpredictable, and changeable.
• It must be able to evolve subsystem by subsystem.
• It must be able to scale from Podunk, Massachusetts, to
New York, New York, to Los Angeles, California.
• Each subsystem must be built separately and designed
to interoperate and to be replaced with minimal
“readjustment.” It must be “hot swappable” no shutdown
needed.
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What do we need to require?
• Transparency of data
– Open formats or
– A common encoding rules for transfer or
– A common database language (e.g. SQL, RDF…)
• Separable responsibility
– by application
– by area
– Transfer from server to server (e.g. cellular/multimodal networks)
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Other Presentations at this meeting
• GeoSemantics DWG
– Bojan Bozic - C2-SENSE: Blazing the semantic trail from sensors
to users – (Command and Control systems ↔ Sensors)
– Lopez Pellicer - Linked Map project: PROV ontology, WMS, and
linked data - (Use of RDF as a common format, provenance,
Linked Data)
• Big Data DWG
• Moving Features SWG (as yet private)
• OGC Academic Summit 2014
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