This document discusses trends in geographic information systems (GIS) for transportation. It notes that transportation systems are adapting to changes like climate change, urbanization, and new technologies. GIS is also changing with advancements in web services, mobile access, cloud computing, and more. The document outlines various applications of GIS for transportation planning, asset management, field data collection, and more. It highlights trends in GIS for transportation including asset management, 3D visualization, lidar data, and intelligent web maps.

1. Welcome to EUC11
EUC11
Transportation Track

2. GIS Trends for Transportation
Esri European User Conference
Madrid, October 27, 2011
Ian Koeppel
Esri Europe
Transportation Business Development Manager

3. Our World Is Changing Rapidly
Transportation systems are adapting to these changes…
Climate Change Economic Uncertainty
Population
Urbanization and Land Use
Traffic
Human Health
Political and Social Conflict
Security
Loss of Biodiversity
Technology Advancements
Energy
Poverty & Inequality
Water Security
Globalization
Natural Resources
. . . There are many applications of GIS to address these changes

4. GIS Is Changing Rapidly
Coevolving with Other Enabling Technologies
Open Access
Bandwidth Usability
Collaboration Multidimensional
Web Enabled Access
Collaboration Location GIS Mobile
Connectivity
Data Volume Social Networking Data Management
Services Analysis
Ownership Wireless
Crowdsourcing Predictive Solutions
Tracking Access Distributed
Real Time
Sensor Network Privacy Mobile Security Networks
Real Time
Computing Science
Measurement
Performance Modeling
GPS
Remote Sensing Visualization Analytics
Cloud
Lidar
SaaS
…Taking advantage of the advancements of ArcGIS

5. Designing and Managing Transportation
Noise Regional
Analysis Transit Planning Rail Ship Tracking
Traffic Planning
Monitoring
Czech Republic Denmark
Munich
Moscow
High Speed Rail Airports
Air Traffic
Management
Trip Planning
Tracking Trains
Russia
Brussels
Presented by Jack Dangermond, EUC Plenary, Madrid

6. Transportation Submarkets
• Roads & Highways
• Railways
• Airports & Aviation
• Public Transport
• Seaports & Waterways
• Transport Logistics
…a diversity of GIS requirements,

8. Supporting Workflows
Design and Planning
Modeling and Analysis
Field Collection
Asset Management
Situational
Awareness
Collaboration and
Cartographic Design Transparency

9. Selected Trends in GIS for Transportation
• Enterprise Asset Management
• 3D Visualization
• Geo-Schematics
• Lidar data
• Linear Referencing
• Asset Tracking
• Multi-Modal Networks
• Situation Management
• Regional Harmonization
• Intelligent Web Maps

10. Airport GIS Applications
Facility Master Environmental Gate Aerial Photo
Management Planning Management Management Management
Facility Financial Systems Property
Planning Management
Safety
ERP Systems Lease
Management Management
Facility Maintenance
Security Systems Space
Management Management
Airport Operational
Emergency Database Document
Management Management
Maintenance ADAC-
ADAC-GIS Project
Management Spatial Data Warehouse Management
Pavement Assets Sign Cable As-Built
As-
Management Management Management Management Management

12. Benefits of integrating GIS & EAM
More Accurately When a new service request is created, either manually or through a call
define work center, having access to a map of the region to determine the location of the
locations problem leads to a more efficient resolution.
Ability to look at a number of open work orders and create a project or work
Plan and schedule
package using a map view. Query work order by status, work type or craft
work by area
requirements to find related work.
Query a map by When trying to locate an asset or work order users can query the map by a
Address specific address.
Optimize By having a work orders location accurately specified, there is less time spent
technicians travel on travel trying to find the correct address or location, and less time traveling
time between work locations inefficiently.
Ability to overlay information on a map like traffic or weather information, asset
Advanced
failure history or population to prioritize work, schedule outages or plan future
analytics
maintenance projects.
* From IBM-Maximo Spatial, Pulse 2010

13. Impact of GIS on EAM Benefits
Tangible Benefits* % impact Further GIS Impact
Revenue
Increase production 2-3 % Equipment uptime
Dispatch and routing
Improve schedule attainment 15-20%
Operating cost
Increase maintenance 10-15% Operational efficiency
productivity 20-25% Field data capture
Reduced overtime 25-30% Pre-positioning mat.
Reduced emergency 15-20% n/a
purchases 30-40% Budget visualization
Better pricing from vendors and cooperation
Increase plan/budget efficiency
Working capital
Improved equipment 5-10% Preventive
availability maintenance
15-20%
n/a
Reduce excess inventory 20-30% Dispatch and routing
Faster repair cycles
* Benchmarks from SAP Value Engineering

14. System Wide View of Assets

15. Integrating GIS, SAP and Asset Database
GIS Increases the
quality of all
three databases
SAP Infra Atlas
Esri EMEA-UC October 26-28, 2010 Rome

16. Enables Geo-Schematics
Switch between
geographic & schematic
views
Makes SAP data
accessible to full
enterprise via GIS &
schematic viewers
Esri EMEA UC October 26-28, 2010 Rome

17. 10.1 Supports Lidar
Transforms Lidar data Into useful information products
Rasters
TINs
Dynamic Point
LAS Files On-the-Fly Clouds
Integration
. . . Supporting Improved Visualization and Analysis

18. Lidar Point Cloud

19. Lidar in ArcGIS
Ortho/LIDAR Plan View
3D View
Lidar Profile View

20. ArcGIS 10.1 Expands 3D GIS
Improving Modeling, Analysis, and Visualization
Buffers
3D Editing
Performance
Lidar Support
. . . Supporting Urban Planning, Facility Management, Landscape Planning . . .

21. 3D GIS Will Be Advancing Dramatically
Adding Content Generation and Design Tools
Content
Creation
Editing
Analysis Rules Design
Visualization CityEngine
Geodatabase
Integrating GIS, Urban Design, and Advanced Visualization

22. 3D Modeling & BIM

23. 3D Display of Metro Stations

24. Immersive Viewing

25. Security Management

26. Situation Management
Operations Center
What’s How to Where it’s
Happening Respond Happening
Situation Situation
Awareness Management
Op 1 Op 2 Op 3
Access &
Video PIDS
Identity Mgmt.
Systems
Panic
Fire & Safety button Audio
Responders
Maintenance
systems SCADA GPS
WWW
LPR
Radar Traffic &
Weather
Time Location
Stakeholders
- Available recourses
- Escalation rules
- Notifications
Threat Sensors
Operations center

27. Real-time Tracking
Finnish Railway

28. Luggage Tug Tracking

29. Multi-modal Journey Planning
Madrid Great Britain
Porto
Paris

30. Multi-modal Fleet Tracking

31. ArcGIS Supports Mobile Devices
Smart Phones, Tablets and Ruggedized Devices
Windows iOS
(Phone/Mobile)
Android
ArcPad
ArcGIS
Connecting with Field-Workers and Citizens . . .

32. Intelligent Web Maps Are the New Medium
Integrating Services (Data, Maps, Models . . . )
Intelligent Maps
Supporting
Easily Created
• Visualization
and Shared
• Editing
• Pop-ups
Accessibility
• Analysis
Services
and Data • Time
Simplifying GIS . . .
. . . Connecting and Providing Open Access

33. Intelligent Web Maps Can Be Used Everywhere
Smart Phones Social Media
Any Device
Tablets
Web Sites
Desktop Browsers
One Map
ArcGIS Online
The future is
GeoCollaboration ! . . . Enhancing access and collaboration

34. E s ri Solution Initiatives
Extending the ArcGIS System
Aeronautical
Nautical Local Government Templates
Business Analysis Redistricting
Defense
Production Mapping
Transportation Analytics
Geo Portals
. . . Ready to Use Maps, Data Models and Workflows

35. Roads & Highways Solution
Data managed with linear referencing
• A route reference and a
measure value
• One measure creates
point events
• Two measures create
line events
• Allows non-spatial data
to be overlaid for
advanced analysis

36. Roads & Highways Solution
• Esri Roads and Highways is a world class highway
data management solution
• Supports Advanced Linear Referencing
• Workflow driven
• Easy to use editing tools
• Incorporates data validation
• Scheduled for release Q4 2011

37. Esri Aeronautical Solution for Airports Concept

38. Product Templates
• Enhanced Cartography
Templates
• Airport Diagrams
• Workflows to
Configure Data
• Starting Point for User
Specific Products

39. Our Approach to the Logistics Market

40. Core Software, Add-ons and Templates
Core
ArcGIS
Bundle
Add-ons
Templates*
* Built from Partners or Professional Services

41. Transportation & Logistics Agenda-1
09:30 - 10:00 GIS Trends for Transport & Logistics Ian Koeppel, Esri
10:30 - 11:00 How GIS helps to optimize Sales Resources Nicolas Lecat, EPTISA TI
11:00 - 11:30 Coffee
11:30 - 12:00 Empowering innovative enterprise solutions Peter Beaumont,
with location data NAVTEQ
12:00 - 12:30 GIS in Port Management Eduardo Manuel
Moutinho, Porto de Sines
12:30 - 13:00 Aeronautical Information Management, Leonardo Peinado,
Production of Aerodrome Obstacle Charts AENA
13:00 – 14:30 Lunch

42. Transportation & Logistics Agenda-2
14:30 - 15:00 Eurovignette impacts on markets access: Javier Gutierrez Puebla,
winners and losers Universidad Computense
15:00 - 15:30 GIS de transporte. De gestion interna a Andres Recio, Empresa
information al cliente Municipal de Transporte
de Madrid
15:30 - 16:00 Innovative passenger information technologies David Lellouche, RATP
at the Regional Public Transport of Paris
16:00 - 16:30 Coffee
16:30 - 17:00 Integration of a railway electromagnetic Gael Boussaert & Noel
interference calculation tool in ArcGIS Haddad, SNCF
17:00 - 17:30 TomTom traffic products & solution - Esri use Claudio Clausi, TomTom
cases

43. Thank you

45. Future Meetings
European User Conference, Madrid, October 26-28
Conference, 26-
Local User Conference, Prague, November 9-10
Conference,
ACI Europe, Abu Dhabi, November 28-29
Europe, 28-
Airport GIS Summit, Brussels Airport, March 2012
Summit,
45

46. Airport Cities

47. GIS for Airport Cities
Source: McKinsey