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Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

Date post: 10-Jul-2015
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The maintenance of waterways is expensive. Optimization of reconstruction projects can save money and limit hindrance for the public. In this presentation I show how the implementation of Spatial OLAP can give better insight in the quality of the construction of waterway banks. By spatially overlaying inspection results with construction records, a better estimation can be made about the overall quality, potential danger and repair costs. Spatial OLAP is an excellent way to provide insight into the different variables involved in the planning proces of maintenance.
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Using Spatial Business Intelligence For Asset Management Niels Hoffmann 20 Sep 2013
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Page 1: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

Using Spatial Business Intel l igence For Asset Management

Niels Hoffmann20 Sep 2013

Page 2: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

2.5 million people2670 km2 55 municipalities

Planning and/or Funding:• Welfare• Environment, nature and landscape• Public transport• Culture• Infrastructure network

http://maps.noord-holland.nl/Dataportaalhttp://maps.noord-holland.nl/structuurvisie2040/

Province of Noord-Holland

Page 3: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

Assets:• 656 km Roads• 254 km Waterways• 39 km Buslanes• 370 km Cycleways• 700+ bridges/tunnels etc.• ~ 60,000 trees

Infrastructure Budget 2014:€ 33.5 Million – maintenance€ 28 Million – new infrastructure

Province of Noord-Holland

Page 4: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

ACTACT

PL

AN

PL

AN

DODO

CH

EC

KC

HE

CK

Asset ManagementOptimize Life cycle of assetsMinimize disturbance to the public

⇒ Cluster work in ‘trajecten’ ⇒ Every 12 yr major works⇒ Minor work every 6 yr

⇒ Data/Information about Assets and their performance

Page 5: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

IMGeoDatamodel

NEN 2767-4Decomposition

Relational Datamodel

Page 6: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

Business Intelligence

BI is ‘event’ driven

Sales:• What• When• Where • Who

Asset Management is about ‘events’ as well:

• Construction

• Inspection

• Maintenance

Page 7: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

BI Tools should be a good fit for Asset Management.

What about Spatial BI?

Page 8: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

Data Architecture

BGT / IMGeo

Asset DB

DWH

Asset DB

Kruispuntnr Kilometrage Roestvorming Scheefstand Natuurlijke aanslag Graffiti enz Materiaal bord Folieklasse

24408540,5

A+ A+ A A+ metaal III

Datamart

Datamart

Page 9: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

Waterways have a lot of constructions:

Not all of it good quality…

Page 10: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

NEN 2767-4Beheerobject Element BouwdeelKanalen Kerende constructie DamwandKanalen Oeverbescherming BeschoeiingKanalen Oeverbescherming Elementverharding

Relational

Quality information

Page 11: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

Vaarweg Oevervak Orientatie hm_start hm_eind Inspectiedatm Kwaliteit_CROW288 Type_oever Functie_oeverbescherming LengteK20 080 Rechter

oever32,4 32,5 18-apr-12A Zetsteen Oeverbescherming 96

K20 081 Rechter oever

32,5 32,5 12-apr-12B Damwand staal

Grondkering 17

K20 082 Rechter oever

32,5 33,3 18-apr-12A Beschoeiing hout + zetsteen

Oeverbescherming 744

Dimensional

Page 12: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013
Page 13: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

Pilot project to evaluate (spatial)BI Tools for Asset Management

• Pentaho BI Server• Mondrian• GeoMondrian• Saiku• GeoKettle

Page 14: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

Pro’s and Con’s

GeomondrianSuper powerful

Lacking in usability

Performance seems to be a

problem with large datasets

No ‘drag and drop’ UI

Saiku (with ‘plain’ Mondrian)

Nice UI

User friendly

No spatial functionality

• Calculate spatial measures on loading

Page 15: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

Conclusions

• Our relational model has strong attribute relations describing the spatial relations

• A user friendly UI is more important to us than spatial BI capabilities

• Pre-calculating spatial measures gives us the option to use ‘spatial’ relations in standard BI tools

Page 16: Using Spatial Business Intelligence For Asset ManagementSpatial bi foss4g2013

Further plans

• Re-engineer datamarts for maximum flexibility

• Evaluate map UI’s like geojsp


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