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Image Credit: AdobeStock INTEGRATION OF ENABLING TECHNOLOGIES Associate Professor Hussein Dia Chair of Civil Engineering Deputy Director and Program Leader (Future Urban Mobility) – Smart Cities Research Institute The three dimensions of tech-enabled urban mobility Creating smarter mobility with meaningful tech for better user experience Infrastructure Supply and capacity Network management and control Asset management Smart infrastructure Asset optimisation Transport modelling Traffic forecasting Understanding of travel demand and traveller behaviour Technology Users Sensor networks Smart devices Communication platforms Control systems Data analytics Human factors Safety Predictive modelling Traveller information Behavioural modelling Enhanced user experience

INTEGRATION OF ENABLING TECHNOLOGIES - Swinburne · Asset optimisation Transport modelling Traffic forecasting Understanding of travel demand and traveller behaviour Technology Users

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Page 1: INTEGRATION OF ENABLING TECHNOLOGIES - Swinburne · Asset optimisation Transport modelling Traffic forecasting Understanding of travel demand and traveller behaviour Technology Users

1Image Credit: AdobeStock

INTEGRATION OF ENABLING TECHNOLOGIES

Associate Professor Hussein DiaChair of Civil Engineering

Deputy Director and Program Leader (Future Urban Mobility) – Smart Cities Research Institute

The three dimensions of tech-enabled urban mobility

Creating smarter mobility with meaningful tech for better user experience

InfrastructureSupply and capacity

Network management and controlAsset management

Smart infrastructureAsset optimisationTransport modellingTraffic forecasting

Understanding oftravel demand andtraveller behaviour

Technology UsersSensor networksSmart devicesCommunication platformsControl systemsData analytics

Human factorsSafetyPredictive modelling

Traveller informationBehavioural modelling

Enhanced user experience

Page 2: INTEGRATION OF ENABLING TECHNOLOGIES - Swinburne · Asset optimisation Transport modelling Traffic forecasting Understanding of travel demand and traveller behaviour Technology Users

Conventional approaches Emerging approaches

Supply and capacity Demand management and resilience

Focus on mobility Accessibility

Street as road for vehicles Shared between all modes

Physical dimensions Social dimensions

Vehicle-oriented People-oriented and customer-focused

Motorised transport Hierarchy of modes

Travel as a derived demand Travel also a valued activity

Minimisation of travel times Reliability of travel times

Petrol taxes/vehicle registration fees User-pay models

Private car ownership Car-sharing and ride-sharing

The changing landscape of urban mobility

Source: Dia, H (2017). Low Carbon Mobility for Future Cities: Principles and Applications, The Institution of Engineering and Technology, U.K.

The fourth dimension: No ordinary disruption

Disruptive Mobility

Self-Driving Technologies

Sharing Economy

Internet of Things

BlockchainMobile and Cloud Computing

VehicleElectrification

Images Credit: Adobe Stock

Future of mobility:• Autonomous• Shared• On-demand• Electric

Underpinned by AI-based computational platforms where the mode of transport will be a smart, self-moving device embedded in a digitalised eco-system.

Page 3: INTEGRATION OF ENABLING TECHNOLOGIES - Swinburne · Asset optimisation Transport modelling Traffic forecasting Understanding of travel demand and traveller behaviour Technology Users

Text line

Arcade City: Ridesharing using tokens and blockchain

Image Credit: Arcade City

Connected cities powered by AI will enhance city resilience with predictive infrastructure

• By 2020 there will be 1 billion video cameras in cities around the world

• Public safety will be improved – response times will be reduced and harm minimized

• Meaningful insights, delivered reliably and accurately, will enable city services to be citizen-centric and personalised.

• Self-healing and self-learning infrastructure

aiCities: How AI will create thinking citiesAI: That quality that enables an entity to function autonomously and with foresight in its environment

Image Credit: NVIDIA

Page 4: INTEGRATION OF ENABLING TECHNOLOGIES - Swinburne · Asset optimisation Transport modelling Traffic forecasting Understanding of travel demand and traveller behaviour Technology Users

7EMERGING BUSINESS MODELS

8Image Credit: DigitalTrends

The merging worlds of technology, vehicles and shared mobility

Uber – Huge Growth, Big Losses“Explore strange new worlds—business model to come”

Jeff Bezos, CEO Amazon2014 2015 2016 2017

Market Capitalisation $40 billion $63 billion $69 billion $ 72 billion

Gross Bookings $2.93 billion $10.8 billion $20.0 billion $37.0 billion

Net Revenue $495 million $1.5 billion $6.5 billion $7.5 billion

Loss $671 million $987 million $2.8 billion $4.5 billionAuto

Manufactures

Tech Providers

Shared Mobility

Providers

$$

$Kilometre as a utility

In 2016, Australian households spent $65.8 billion a year on private vehicles and $2.7 billion a year on public transport

Page 5: INTEGRATION OF ENABLING TECHNOLOGIES - Swinburne · Asset optimisation Transport modelling Traffic forecasting Understanding of travel demand and traveller behaviour Technology Users

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[email protected]

Contact

@HusseinDia

www.linkedin.com/in/husseindia