intelligent & connected vehicles technology...
TRANSCRIPT
Intelligent & Connected Vehicles
Technology Roadmaps
David SkippUK Research & Advanced Engineering
Ford Motor Company
Intelligent Connected Vehicle
Background
Allow the ‘Intelligent Connected Vehicle’ team to focus on vehicle technology
Auto CouncilTechnology
GroupIM-PACT UK
Cities & Infrastucture
Other Work Streams
Strategy & Projects
Data Mgmt & Comms
By creating the Cross-Sector IM-PACT UK team to address broader challenges
The Intelligent Connected Vehicle work stream is the “voice of the vehicle within UK
Intelligent Mobility”
Changes announced at LCV2015 …
Challenge
ICV Workstream Focus Areas
1) Technology Roadmaps
2) Enabling Environment
3) Virtual Design Verification
Encourage value add market intervention consistent with
customer and business readiness
Having established a high level roadmap, the Intelligent Mobility
challenge is to develop a more ‘Granular Roadmap’
Using insight into ‘Traveller Needs’
from 10,000 respondents
Roadmap Context
Where are we trying to get to ? How can we get there ? What enablers do we need ?
1900 2030+Today
ClearEnd
State
1900 2030+Today
ConceptualEnd
State
Low Carbon
SpecificEnablers
EnablingEnvironment
Intelligent Mobility
Intelligent Mobility requires a flexible roadmap that can evolve as our experience grows
PhysicsPhysics +
Psychology
Pro
gres
s
Pro
gre
ss
Use the ‘Traveller Needs’ challenges to build the first Roadmaps
Roadmap Approach
Pain Point Challenges• Solve the Parking Challenge• Enable smoother Drives• Improve user experience and perceived
value of public transport• Improve and enable multi-modal journeys
For each Roadmap ..
Frame the ‘End-State’ Develop the pathways Identify the enablers
Roadmaps completed
Solving the Parking Challenge at Residential, Hub and Destination locations is interlinked with
improved A-to-B Multi-Model travel
Roadmap End State – Eg. Parking
Solving the Parking Challenge at Residential, Hub and Destination locations is interlinked with
improved A-to-B Multi-Model travel
Roadmap End State – Eg. Parking
Solving the Parking Challenge at Residential, Hub and Destination locations is interlinked with
improved A-to-B Multi-Model travel
Roadmap End State – Eg. Parking
We are working with a complex and
dynamic system
All of the data on mobility options, environment, and
traveller preferences, (dynamic, real time and
predictive)
CHOICE
Using the possible mobility options /
trip elements available today and
in the future
TRAVEL IMPACTThe result of taking the chosen mobility solution on the traveller, provider, and wider environment
Business
Model
Roadmap Pathway - Generic
Use the Traveler's Perspective …
We are working with a complex and
dynamic system
All of the data on mobility options, environment, and
traveller preferences, (dynamic, real time and
predictive)
CHOICE
Using the possible mobility options /
trip elements available today and
in the future
TRAVEL IMPACTThe result of taking the chosen mobility solution on the traveller, provider, and wider environment
Business
Model
Roadmap Pathway - Generic
Use the Traveler's Perspective … … to develop a generic pathway
We can’t control traveller behaviour, but we can
provide stimulation to provoke a desired response
ConceptualEnd State
Trav
elle
rP
ath
way Choice Travel Impact
InformationProvision New Services System
Optimisation
Roadmap Pathway & Enablers – Generic
Recognise the customer, business and technical complexities…
… to build a logically linked roadmap of enablers and alternate routes to market
Information Provision New Travel services
Roadmap Pathway & Enablers – Eg. Parking
Cyber security and
safety standards
Parking assist
Insurance models
for new services
Accurate, real-time
mapping
Ubiquitous
connectivity
Fleet management
software & tools
Incentivisation for
data sharing
Data privacy
regulation
Acceptable service
levels
Travel prioritisation
plan
API standards
Data exchange for
transport purposesOnline availability
Navigation servicesParking space
finder
Fit-for-purpose user
interfaces
Personalisation and
choice platforms
Interoperable /
secure transaction
Fit-for-purpose
interchanges
Innovative
business modelsDistributed parking
Single ticketFirst & last mile
services
Frictionless
paymentsData aggregation
Full autonomy
Gamification
Autonomous veh.
infrastructure
Behavioural change
Mobility as a
Service
Fleet of fleetsResidential re-
allocation
Green options are
widely available
Travel time becomes
productive
Well-being inc. in
mobility services
Unified transport
plan
Time/location shift
of work & education
Residential
re-definition
Accessible data
sets
Conditional
autonomy
CHOICEAll of the data
on mobility,
environment and
traveller
preferences
TRAVELUsing the
possible mobility
options available
today and in the
future
END STATEDrive on;
Park at last;
Park first;
Don’t drive;
What car?;
Don’t go;
Bring it to me;
Go to ‘C’
Traveller
Pathway
End-User
Services
Transport
Systems
Integration
Functions
Societal
Enablers
Information Provision Alternate Travel Services System Optimisation
Behavioural Change
Travel System
Optimisation
IMPACTThe result of
mobility solution
on the traveller,
provider and
environment
Behavioural change
Fleet of fleets
Residential
re-definition
Information Provision New Travel services
Roadmap – Eg. Valet Parking
Parking assist
Insurance models
for new services
Accurate, real-time
mapping
Ubiquitous
connectivity
Fleet management
software & tools
Data exchange for
transport purposesOnline availability
Navigation servicesParking space
finder
Fit-for-purpose user
interfaces
Personalisation and
choice platforms
Interoperable /
secure transaction
Fit-for-purpose
interchanges
Innovative
business modelsDistributed parking
Single ticketFirst & last mile
services
Frictionless
paymentsData aggregation
Full autonomy
Gamification
Mobility as a
Service
Residential re-
allocation
Green options are
widely available
Travel time becomes
productive
Well-being inc. in
mobility services
Unified transport
plan
Time/location shift
of work & education
Accessible data
sets
Conditional
autonomy
CHOICEAll of the data
on mobility,
environment and
traveller
preferences
TRAVELUsing the
possible mobility
options available
today and in the
future
END STATEDrive on;
Park at last;
Park first;
Don’t drive;
What car?;
Don’t go;
Bring it to me;
Go to ‘C’
Traveller
Pathway
End-User
Services
Transport
Systems
Integration
Functions
Societal
Enablers
Information Provision Alternate Travel Services System Optimisation
Behavioural Change
Travel System
Optimisation
IMPACTThe result of
mobility solution
on the traveller,
provider and
environment
Cyber security and
safety standards
Incentives for
data sharing
Data privacy
regulation
Acceptable service
levels
Travel
prioritisation plan
Autonomous veh.
infrastructure
API standards
Intelligent & Connected Vehicle - Next Steps
The Intelligent Connected Vehicle team are focusing on technology and processes to deliver world class autonomous and connected vehicles
Roadmaps
• IM Roadmaps are published by TSC in online collaborative environment
• TSC Workshop (Day 2)• IM Technology Strategy• IM Roadmap Review
Roadmaps• Vehicle Specific Technology
Enabling Environment• Regulation• Physical Environment• Innovation
Virtual Design Verification• Core competencies & capabilities• Mitigate technical and commercial risk
Thank You
www.automotivecouncil.co.uk