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Richard Simpson SIBA QLD Big Data and the Spatial City
Richard Simpson SIBA QLD
Big Data and the Spatial City
‘Grand father’ of Digital Earth
India
Myanmar
Thailand
Cambodia
Vietnam
Malaysia
Yunan
Philippines
Japan
Taiwan
China
Hieronymus Bosch
Ortelius/Barbuda (1570) Hondius / Mercator (1633)
‘Mind Map’ to ‘Grid Map’
Jacques-Nicolas Bellin’s map of Australia & New Zealand - 1753
Captain James Cook- New Zealand - 1772 Cook’s Chronometer
Captain James Cook- New Zealand - 1772
Samuel Cobham’s original plan for Wellington
Fractal vs Euclidean
Streams of Wellington – implicit or hidden
Place and Time
1840s Today 2100
Auckland’s sunlight and environmental performance control. Stain glass window approach enabled Visualisations within visualisations of sunlight performance and impacts. By Cadabra/ Simpson (1988)
Auckland’s skyline form was defined by this initiative
Sunlight as a finite resource in a spatio-temporal continuum
Copenhagen Wheel – equipped for city air quality sensing (MIT SENSEable City Laboratory)
Gravity Field and Steady-State Ocean Circulation Explorer (GOCE)
‘If we think of space as that which allows movement, then place is pause’ - Yi-Fu Tuan, In Space and Place : The Perspective of Experience
‘Spatial’ and ‘Platial’
Consciousness of ‘Place’
Cave Art
Big Data
Map Making
Volume
Variety
Velocity
Veracity
Value
Terralink
5 Vs of Big Data
Spatial Data Value Chain
Spatial Data Ecology
The render equation
Communication – reduce ambiguity
Validation, Calibration, Completeness Visual navigation Learning Sentient Infrastructure
–self aware
Simulation - input and output Raw data increasingly sourced in
3D ……
Places Events
People
Spatial Industry Vision
Real-time Digital Cities
Core Enabling Platform
Community Place
Making
Wetlands
Open Spatial Data
Precinct Information Modelling
3D Cadastre
Standards
VANZI
www.siba.com.au
Private Sector Partnership With Government
Private Sector Partnership With Research
Spatial Scale Temporal Scale Digital Earth From atomic scale to the size of
the earth
1016
From microsecond events (eg. Brownian motion) to age of the earth
1022
Physiome Diameter of an ion channel to scale of a human body
109
From microsecond events (eg. Ion channel gating) to human lifespan
1015 Human Genome The human genome has 30,000
genes, each with 3000 bp containing 1000 amino acids.
108
From atomic events to protein synthesis
105
20,000 genes
60,000+ proteins
12 organ systems
1 body
200+ cell types
4 tissue types
Genome/Transcriptome/Metabolome/Proteome
Adapted from Hunter, PJ and Borg, TK. Integration from proteins to organs: The Physiome Project. Nature Reviews Molec & Cell Biol. 4:237-243, 2003
Physiome
1 Earth
Digital Earth
195 Nations
200+ ecozones
Theatrum Orbis Terrarum (1570)
Returning to Ortelius
http://www.radionz.co.nz/national/programmes/bigdata
Royal Society – Radio NZ – National Library Podcasts
Participate in your future - Join SIBA -
[email protected] WWW.SIBA.COM.AU
Spatial Industries Business Association
