Intelligent Transport Systems Urban Sustainability R&D Congress June 2011

Transcription

1 Intelligent Transport s Urban Sustainability R&D Congress June /00/00 Presentation Title

2 Agenda Innovation Environment Growing ITS Capabilities and Solutions Smarter ITS Conclusion 2

3 Advanced Technology in Everyday Life 3

4 Innovation Management Alignment with Business doing what matters Leadership making it happen Empowerment letting it happen 4

5 Innovation for Growth Overcome constraints in organic growth & limitation of domestic market Singapore Enable world-class competitiveness in international market Sustain future growth world-class competitiveness Overseas Markets & Resources Overseas Markets & Resources 5

6 Business of Innovation Research turns money into knowledge. Innovation turns knowledge into money. Source: 6

7 Business Innovation Alignment Vision / Mission Innovation Objective Year-end Bonus Product / Technology Development Product Innovation Process Innovation Growth Targets Market Development Export drive Marketing Strategic investment Organisation Development Business process Innovation e-enabling Short-term Key Performance Indicators (KPI) Revenue Operations Asset productivity Strategic development People development 7

8 Exploration/Incubator Fund (EIF) Objective Encourage exploration & experimentation Protect potential ideas at fuzzy front-end, the most fragile stage. Scheme Annual fund for exploration of ideas Supports individual & small-group explorations outside main-stream projects Approval delegated to lowest level practicable 8

9 Business Innovation Competition Encourage idea generation & sharing, BIG thinking entrepreneurship Judging panel comprising top management Cash award and prestige Potential adoption of idea by company Yearly event since

10 Patent Awards Promote IPR protection Cash incentives: Patent filing Patent grant Prestige for inventors Patent Wall 10

11 ICT Competencies Development develop & integrate Domain s & Solutions co-evolve & support Collaboration & Experimentation sustain & enhance Enabling Technologies, Architectures, Niche Products 11

12 Intelligent Transport Vision Private & Public Fleet Management s (GPS, Positioning Technologies, Electronic Map) Wireless Data Comms Traffic Monitoring Detection s (EMAS, Cetrac, Probe Vehicles) Roadside Variable Message Displays Caution Congestion Ahead... Data Broadcast (RDS, DAB) Traffic Information (National ITS Architecture) Intelligent Travel Planning s (Software Integration, Information Appliances) Central Control Station (Electronic Map) In-Vehicle s (GPS, Positioning Technologies, Electronic Map, RF Tags) RFID Transport Mobility Mgmt Traffic Controls (LED Traffic Lights & Controls) Master Plan Conceptualised in

13 Our Capabilities as a Solutions House Manufacturing of s Product Development Integration Design Development Core Products Managed Services s i-transport EMAS 13

14 Capabilities Supers Integrated Traffic Mgmt Automated Vehicle Identification (Number Plate & RFID) Traffic Video Surveillance Products Automatic Incident Detection (accident, veh breakdown, etc) Our Strengths in ITS Variable Message Signs s Telematics & In-vehicle Computing Training of Personnel in ITS Operation Vehicle Tracking & Enforcement Training

15 Our Contributions to Singapore ITS Initiatives Junction Surveillance Expressway Monitoring Tunnel Monitoring Mobile LPR Enforcement Taxi Dispatch & TrafficScan LED Traffic Signals 15

16 Patents Image Processing Techniques for a Video Based Traffic Monitoring and Methods, 2001, SG Automatic Freeway Incident Detection using Artificial Neural Networks and Genetic Algorithms, 2001, SG & 2002, USA and Method for Detecting Road Traffic Violations, 2005, PCT & SG Traffic Violation Method and, 2006, SG Automated Taxi / Vehicle Booking and Despatching, 2007, UK Method and for Intelligent Traffic Incident Management Engine, 2008, SG Provision patent filed for Dynamic routing service with traffic prediction, 2009, AU 16

17 Awards ASEAN Outstanding Engineering Achievement Award 2000 (Cetrac Traffic Monitoring & Automatic Incident Detection ) IES Prestigious Engineering Achievement Awards 2000 (Cetrac Traffic Monitoring & Automatic Incident Detection ) IES Prestigious Engineering Achievement Awards Joint winner with LTA (i-transport ) Singapore National Infocomm Awards 2006 (Merit) ( Most Innovative Infocomm Product/Service category) (i-transport ) IES Prestigious Engineering Achievement Awards Joint winner with CityCab (CityNet II - The Next Generation Taxi Booking and Despatch ) The Land Transport Excellence Awards 2008, Most Innovative Partner (Technology) (i-tansport ) CIO Asia Awards 2009 Intelligent Taxi Booking and Despatch 17

18 Rapid Growth in Enabling Technologies Product Focus Focus Interdependent s Focus Traffic counters Traffic signals control Surveillance cameras Vehicle number plates recognition Mobile enforcement cameras Adaptive traffic signal control Incident management system Travel information Toll collection Fleet management Bus information Train Information Vehicle Infrastructure Interaction Centralized traffic and transport operation Integrated and coordinated traffic and public transport information 18

19 Integrated ITS Centralized Monitoring & Reporting Emergency Recovery Government Agencies Commercial Operators Motorists / Commuters Internet Radios, In-Vehicle Units Hand phones, Pagers, Information Kiosks GPS-based Fleet Management Mobile Telematics Traffic Surveillance Travel Advisory Toll Collection Traffic Lights Control Speed Enforcement

20 i-transport Technologies Deployed o o o o o o o Geographic Information (GIS) o Provide overall visualization of traffic resources o User friendly mouse-over-icon MMI Data Fusion Engine Intelligent Traffic Incident Management Translated 10 years of traffic operation experiences into knowledge database Faster generation of action plan o Artificial Neural Networks o Case Based Reasoning o Rule Based Reasoning Traffic Evaluation and Prediction Engine Capable of predicting traffic conditions 5 to 10 minutes ahead of time o Microscopic Traffic Simulation 20

21 ITS Evolution Phases ITS Initiative Integrated ITS Value Added ITS New ITS systems/ products Unified ITS Architecture Telematics Solutions for the Automotive Industry 2011 & beyond 21

22 Paving the Way for Smarter ITS Land Transport Authority awarded S$1 million Seed Fund to Conduct Trial for Next Generation ERP system To design, develop and demonstrate a solution for a gantryless ERP system during a period of 18 months starting from June

23 ERP2 Transforming ITS Arena With every vehicle equipped with the advanced mobile communication and the positioning technology, every vehicle will able to share information with each other while communicating with roadside infrastructure, creating the ultimate intelligent transportation network V2V DSRC V2V GPRS/3G/WiMax 23

24 Telematics Service Hub 24

25 Moving Forward: Interactive Transport Community Service providers and government agencies interact and promote customized services to motorists/commuters with emphasis on real-time traffic and transport information. Customised Services Service Providers Safety & emergency services Information services Government agencies Motorists/ Commuters Fleet management Virtual payment services Interactive Platform for Transport Community 25

26 Smarter ITS A world of connectedness of people and smart-system networks s are sensitive to their environment by being context and location-aware Interactive communications for pedestrians, roads and vehicles Improve overall safety and efficiency of vehicles as well as pedestrians Help drivers to Notice red lights, stop signs, pedestrians Avoid rear end collisions Examples of Trials IntelliDrive - USA Driving Safety Support s (DSSS) - Japan Cooperative Vehicle Infrastructure (CVIS) Europe 26

27 Driverless Vehicles The vehicle is equipped with the sensors (cameras, lasers), actuators, and in-vehicle computers Provide sensor processing, situational awareness, knowledge visualisation, dynamic vehicle control, route planning, and behavior management. 27

28 Demo on CVIS Stage One Stage Two Stage Three One vehicle detects a pedestrian crossing the road and alert the other vehicle so that it can stop at the pedestrian crossing in time 28

29 Towards Smarter ITS Extend the potential of Information and Communication Technology (ICT) in the environmental and mobility agenda Vehicle centric Driver centric Infrastructure Adopt green initiatives in transport related products and services Influencing driving behaviour Reducing fuel consumption Innovate into eco-mobility Enhance situational visibility Coordinated information and cooperative systems Increase Safety & Security Reduce the probability of drivers mistakes Standardization 29

30 Conclusion Travelling with Smarter ITS Network connected electric vehicles with ubiquitous computing capability. Drivers stay connected with real-time information and location-based services Gearing our capabilities and solutions towards these smarter ITS 30

31 Thank You 31