lew gaskell - smarter transportation leader · 6 challenges in traffic, common across most cities,...
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© 2014 IBM Corporation
Lew Gaskell - Smarter Transportation Leader
Document number
Transportation Management CentersIntegrated, proactive transportation network management
© 2014 IBM Corporation
IBM Transportation Management Center
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Executive summary
Transportation network operators are squeezed—by the combination of expanding capacity demand coupled with escalating infrastructure costs.
As system reliability and quality suffers, citizens clamor for a safer, more efficient and dependable transportation network.
Using technology, transportation professionals can maximize system capacity and enhance user transportation decision making leading to increased citizen satisfaction.
The Transportation Management Center can provide integration and visibility across the entire transportation system, improving system efficiency and citizen satisfaction.
Cites and Regions worldwide have realized the benefits of the Transportation Management Center.
© 2014 IBM Corporation
IBM Transportation Management Center
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Global transportation under pressure
1 OECD. 2012. “Transport Outlook 2012: Seamless Transport for Greener Growth.” Organisation for Economic Co-operation and Development2 OECD. 2012. “Transport Outlook 2012.”3 OECD. 2011. “Strategic Transport Infrastructure Needs to 2030.” Organisation for Economic Co-operation and Development
Passenger vehicles expected to grow from one billion to 2.5 billion by 20501
Freight volumes could grow by a factor of four by 20502
The European Commission (EC) estimates that road traffic congestion affects 10% of the road network, and costs theEU about 1% of its GDP annually.”—Computing, “Europe split over best way forward for traffic systems,” June 18, 2009
“In 2011, congestion caused urban Americans to travel 5.5 billion hours more and to purchase an extra 2.9 billion gallons of fuel for a congestion cost of USD121 billion.
—Texas A&M Transportation Institute, 2012 Urban Mobility Report, December 2012
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Infrastructure investment needs alone could reach USD11 billion by 20303
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While globalization has “flattened” the economic playing field, population growth and distribution among cities has not leveled
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IBM Transportation Management Center
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Transportation leaders must respond
Source: Alamri, 2011; BBC, 1998, 2001, 2003, 2004; Saudi British Bank, 2008; The Guardian, 2006.
Ever-increasing requirement for more services, using constrained budgets
High expectation to deliver individual services and information in real time
Service reliability and quality arekeys to improving traffic flow and public transport ridership
Basic obligation to manage incidents quickly, improve safety and convenience
Citizens demand security, convenience, opportunity and prosperity.This results in:
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Challenges in traffic, common across most cities, also presents unique challenges in each city
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Mexico CityIncreased stress due to traffic;Cancellations of driving trips
common due to traffic conditions (while going to
work/recreation)
China cities Beijing, ShenzhenIncidents of traffic accidents
negatively impacting health higher among Chinese commuters
Indian Cities, Bangalore, New DelhiStart-stop traffic most
frustrating
JohannesburgHighest numbers of
commuters traveling more than 20 miles one-way
NairobiCity with longest one way
time to commute - >45 min.
Buenos AiresCity where roadway traffic has become somewhat/lot worse in past three years
MoscowCommuters experienced
being stuck in traffic for more than three hours
US Cities – NY, LA and ChicagoMost travel more than 10 miles one-way though time taken to commute is less than 30 min.
MilanCarpooling/use of public
transport prominent among those who experienced
increased stress due to traffic
More than 80% of commuters in Milan, Moscow, Beijing and Shenzhen use
downtown city streets – which are the prime traffic areas/junctions
Cities in India and China face more respiratory
problems due to traffic –not surprising as they are
already overcrowded cities
77 Technology Trends To Watch In 201415Jan2014
Summary: Top Trends To Watch In 2014
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1 Security
External threats increase. Impact of big data, mobile, social, and cloud. Now a
business operations issue . CISO tasked with enterprise-wide strategy that
includes encryption / biometrics
2 Cloud Computing
All types grow, but buzz in 2014 will be about Hybrids. Public clouds will
experience price wars. Cloud increasingly becomes distribution channel for
software apps. Intersection with mobile.
3 Mobile ComputingMore devices, apps, clouds, analytics. Mobile security becomes a larger
concern. HTML use increases. BYOD programs necessary.
4 Internet of Things
Sensors, M2M and wearables. Analysts talk of Billions of sensors and $T
impact on economy. New apps required. Execs and IT Leaders need to
understand how to leverage it all.
5 Big Data
Explosion of data. How to collect, store, manage the data securely so it can be
analyzed? Hadoop matures & goes realtime. Chief Data Officer role. Data
Scientists. Training required
6 Analytics
The on ramp to the Smarter Planet. Embedded, predictive, unstructured,
mobile. Applications for all processes. Self Service tools needed. Need
changes in culture, skills, business processes.
7 Cognitive Computing
Smart Machines that learn, adapt, and think like humans are on their way.
Watson, Google Now, Siri, Cortana. Robots. Will be highly disruptive. Leaders
need to begin scenario planning.
8 Social Business
It is about connecting people before, during and after every task, every
business transaction. Front office and back office apps. For the entire value
chain. CEOs own up to changing culture.
9 Digital Marketing
Marketing is going through a huge transformation. Must significantly improve
digital experience across all channels. All types of analytics required. Need
help from IT.
10 Software Development
Developers, Developers, Developers!! This is a critical age of software
development with many trends happening. DevOps, APM, Open ‘Everything’,
SDN, Hackdays, Agile methods
Source: Bill Chamberlin
Source: HorizonWatch, IBM Market Insights
© 2014 IBM Corporation
IBM Transportation Management Center
New Intelligent Transportation Systems (ITS) enable you to realize those benefits
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Traditional ITS
capabilities focused
more on knowing the
transportation network
status so clients can
react to the situation.
New ITS capabilities
focus on anticipating
what is likely to happen
so they can predict and
avoid the likely
congestion situations.
“Until recently we had a fragmented view of the overall health and real-time status of Dublin’s
transport network, making it very difficult to identify traffic congestion in its early stages
because the causes of a delay had often moved on.”
—Brendan O’Brien, head of technical services,
Roads and Traffic Department, Dublin City Council
© 2014 IBM Corporation
IBM Transportation Management Center
Tolling Congestion charging (variable)
From To
New technologies can transform transportation
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Monitor traffic Predict traffic
Road sensors Social media analytics
Historic data Real time
Traffic management Predictive transport management
Bus and metro Seamless integrated public transport
Traffic signs In-car signage
Cruise control Autonomous driving
Navigation Real-time guidance
Cars Connected cars
ABS Incident prevention
Congestion Optimized traffic flow
Economic constraint Economic growth
© 2014 IBM Corporation
IBM Transportation Management Center
Newer ITS capabilities
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Traditional Approach Smarter Approach
Open architecture Componentized solutions
Independent from roadside equipment vendors
Service-driven solution with customer experience focus
Advanced analytics Transaction reporting
Proprietary solutions
Single vendor lock-in
Equipment-driven procurement
“The Transportation Management Center delivers situational awareness across
traffic centers with a flexible system to manage road transport.”
—China Liaoning provincial government (translated)
© 2014 IBM Corporation
IBM Transportation Management Center
Transportation Management Centers can deliver economic and social benefits
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Real Benefits
Minimize congestion costs
Cut pollution
Boost economic activity
WW: USD740 billion annual cost
25% reduction in congestion = USD185 billion savings in U.S.
WW: 4,848 million tonnes of carbon emissions from road transportation sources
20% emissions reduction = 970 million tonnes
WW: 1.24 million annual road crash related deaths
25% reduction = 310,000 lives annuallyReduce accidents
6% increase in retail sales from 25% reduction in congestion
Average capital city experiences a EUR1.4 billion potential increase in retail sales
Details
Source: IBM; IMF; World Bank; Centre for Retail Research; International Transport Forum; World Health Organization
© 2014 IBM Corporation
IBM Transportation Management Center
Increase network-level situational awareness
Dashboard capabilities
Analyze patterns of traffic
conditions, traffic flow
graphs and event reports
Citywide condition
visibility where:
Map provides visual cues
Events identify incidents
Reports show trends
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© 2014 IBM Corporation
IBM Transportation Management Center
Provide detailed network insight
Detailed capabilities
Monitor real-time traffic
congestion along with
device or event status
Citywide condition
visibility where:
Map and corresponding
detailed tabular view give:
– Traffic congestion
– Device status
– Event status
Tabular view can be sorted
Operator retrieves details
by visually selecting point
on map
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Click selected item to view details
© 2014 IBM Corporation
IBM Transportation Management Center
Supply fleet location oversight
Fleet capabilities
Monitor real-time locations
of all vehicles in the fleet on
route map
Citywide condition
visibility where:
Map and corresponding
detailed tabular view give:
– Vehicle Locations
– Schedule Deviations
– Incidents
Tabular view can be
sorted
Operator retrieves details
by visually selecting point
on map
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Vehicle current location on route
Route
Stop
Tabular view containing vehicle, stop & route status in detail
Vehicle color coding to indicate extent of schedule deviation
© 2014 IBM Corporation
IBM Transportation Management Center
Dublin’s transportation challenges right now
Virtually no change observed in transport usage patterns over the last 5+ years in the city
Ambitious targets set by DCC to achieve an intermodal shift from cars to other transport
modes, and improve freight efficiency, all by 2017
Reducing congestion can help city to realize almost EUR1.9 billion in economic benefits,
simply by improving situational awareness with transportation management
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Freight users can improve efficiency,
save money and improve network flow
with better traveler information
Business as usual means objectives will
not be met. Dublin needs to take a bold
approach to achieve its objectives
© 2014 IBM Corporation
IBM Transportation Management Center
Next steps
Inventory existing capabilities: transportation maturity assessment
Identify policy goals and priorities and transportation priorities
Assess quality of existing information
Develop business case for TMC implementation using past successes
Design Road Map
ImplementRoadmap
Track andCaptureBenefits
Implement TMC or broader transportation roadmap using a phased approach
Design and implement additional capabilities, processes and organizational requirements
Train transportation staff and leadership
Track key performance indicators identified in business case
Monitor performance and trouble-shoot implementation or execution issues
Implement “fixes” or remediation strategies
Enhance beyond expected returns
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