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Speech by Mr Raymond Lim, Minister for
Transport and Second Minister for Foreign Affairs at the Opening Ceremony of
the 9th Intelligent Transport Systems Asia-Pacific Forum & Exhibition on
14 July 2008 Distinguished guests and delegates Ladies and Gentlemen Introduction 1.
It is my
pleasure to be with you today for the Opening of the 9th Intelligent Transport Systems Asia-Pacific Forum & Exhibition. Let me first extend a
warm welcome to all of you, especially to our overseas guests and distinguished
delegates. 2.
3.
4.
With advances in technology, we can pursue innovative solutions to
improve the operational efficiency of our road network. The same road space
can carry more vehicles, closer to the design capacity of the road. We will also be able to serve our road
users better. Hence, we have been
adopting ITS technologies in our approach to managing road usage and ensuring
smooth-flowing roads. Optimising Our Road Network GLIDE 5.
If you take a drive down our roads today, chances are you will find
yourself driving along a “green wave” of traffic lights. This is
because our traffic junctions are coordinated using a computerised
and dynamic traffic light system called
GLIDE[1].
GLIDE taps on a network of detector loops placed underneath the roadway at
traffic junctions, and the real-time traffic data collected is then used to optimise the “green” durations for motorists
and pedestrians. Not only will this result in time savings for road users but
it also translates to greater optimisation for the
road network as a whole. EMAS and J-eyes 6.
Incidents on our expressways and major traffic junctions are closely
monitored by the Intelligent Transport Systems Centre (or ITSC) 24 hours a
day throughout the year, through an extensive network of EMAS[2]
cameras and Junction Eyes (or J-Eyes) cameras. This is much like an air traffic
controller, who has a bird’s eye view of the skies surrounding the
airport. For example, if a car breaks
down on an expressway, the ITSC will be able to detect this and respond to
the incident by deploying services to clear the obstruction quickly. This helps to ensure traffic on the
expressway returns back to normal as quickly as possible. A study on the effectiveness of EMAS
concluded that there is an average time savings of 24 minutes per incident.
With shorter delays on our expressways, this translates to a cost savings of
about $40 million per year. Parking Guidance System 7.
More recently, we have put in place a Parking Guidance System in the
Marina Centre area. Drivers travelling to Marina Centre are able to drive into the
area knowing where the available parking spaces are. The information is
provided real-time and drivers can make informed decisions on where to head
towards to find parking. This helps to
distribute parking demand and lessen traffic circulating on our city roads. Dynamic Route Navigation System 8.
Apart from traffic updates on the radio, LTA is also working with the
industry on the development of a dynamic route navigation system that will
allow motorists to access real-time traffic information. I understand that a prototype of this
navigation device is on display at the Exhibition. Public Transport 9.
Technology applications are not just limited to the management of
traffic and road usage. In New ITS Initiatives 10.
Earlier this year, we launched the Land Transport Masterplan,
which will transform Expansion of EMAS to Major
Arterial Roads 11.
We have received feedback from many drivers that the EMAS system on
the expressways has helped them in planning their journeys. Therefore, we
will be expanding the coverage of the EMAS system to major arterial roads,
with the first phase to be in place by 2010. The expansion will ensure
smoother traffic on our network of major arterial roads. Second Generation
In-vehicle Unit 12.
Technology can also be used to facilitate e-payments in the transport
sector. LTA has been developing a
second generation In-vehicle Unit (IU) that rides on the Contactless
E-Purse Application Standard (or CEPAS in short). This standard was
introduced as a common standard across e-payments cards. This new IU will offer motorists more
choices in the payment of ERP charges. In addition to the existing NETS cash
cards, motorists with this new IU will be able to use new CEPAS-compliant contactless smart cards when these are released. The
second generation IU will be launched in phases, starting with motorcycles in
August, and moving on to cars and other vehicles later from early 2009. Symphony for e-Payment 13.
A new e-payment system for the public transport system will also be
launched later this year. Developed by LTA, the Symphony for e-Payment, or SeP in short, is a new ticketing system that complies
with CEPAS. With SeP,
commuters will have more choices as multiple card issuers can come on board
to issue cards for the payment of public transport fares. The SeP is also compatible with second generation IUs, thus giving users a common card for e-Payments made
for transport purposes. Conclusion 14.
15.
I wish all of you a fruitful discussion over the next three days and a
pleasant stay in |
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