Transforming Mobility - Princeton...
Transcript of Transforming Mobility - Princeton...
Transforming Mobility:The Signal in the Noise
Autonomous Vehicles:Crafting Policy to Accelerate Deployment
July 20, 2015
Larry BurnsProfessor of Engineering Practice
University of Michigan
What am I hearing?
What am I seeing?
What am I saying?
Perspectives On Driverless Vehicles
Later• Buffett (BH):
“Aren’t coming soon”
• Mertens (Volvo):
“Very, very long-term vision”
• Lauckner (GM):
“Into the future a good distance”
• Insurance Info. Institute:
“Between 15 and 20 years away”
• Zetsche (Daimler):
“By 2025”
Sooner• Musk (Tesla):
“A solved problem….in a few years”
• Fields (Ford):
“Within 5 years”
• Brin (Google):
“By 2018”
• Ghosn (Renault-Nissan):
“By 2020”
• Zetsche (Daimler):
“Might not have a steering wheel”
What am I hearing?
What am I seeing?
What am I saying?
New Automotive “DNA”
Historical “DNA”
• Mechanical Drive
• Combustion Engines
• Oil-based Fuels
• Mechanical & Hydraulic
• Stand-alone
• Personally Owned
• Human Operated
• General Purpose
New “DNA”
• Electrical Drive
• Electric Motors
• Diverse Energy Sources
• Electronic & Digital
• Connected and Coordinated
• Shared
• Driverless
• Tailored
Connected & Coordinated Vehicles
Consumer Benefits• Lower Cost Insurance
• Crash Avoidance
• Hands-free calling
• Navigation
• Emergency response
• Stolen car recovery
• Concierge services
• “Black-box” crash recorders
• Remote software upgrades
• Traffic/road conditions
• Enhanced situation awareness
• Less risk overall
Business Opportunities• Usage-based insurance (UBI)
• Driver “Scores”
• Advertisement/marketing
• Vehicle development
• Warranty cost reduction
• Vehicle diagnostics and prognostics
• Fleet management
• Infotainment
• Parking systems
• Road pricing
• Customer relationship management
• Shared Vehicle Mobility Services (Uber, Lyft, RelayRides,…)
Google Self-Driving Car
Strategic Partnership
Truck Automation Projects• Mercedes Future Truck 2025
• KONVOI (EU)
• SARTRE (EU)
• UC Berkeley-PATH (USA)
• NEDO (Japan-ITS Energy)
• SCANIA Transport Lab(EU)
• AMAS (US Army)
• FHWA (US DOT – initiated)
• Peloton
• I-69 Corridor
• …..Unclassified
Business Model Innovation
Historical
Sell Vehicles, Gasoline and Insurance
New
Sell Miles, Trips and Experiences
What am I hearing?
What am I seeing?
What am I saying?
Transformational Opportunity
Connected+
Coordinated+
Shared+
Driverless+
Tailored
Better Mobility Experiencesat Radically Lower Consumer and Societal Cost
Better Mobility Experiences
• Safer
• More Convenient
• More Productive
• More Personalized
• More Affordable
Benefitting All Attributes Simultaneously!
Lower Consumer Cost
0
0.2
0.4
0.6
0.8
1
1.2
1.4
1.6
1.8
Driver/Personal/Conventional Driverless/Shared/Tailored
$/M
ile
Cost/Mile Title Time Cost
Money Cost
$1.60 Time Value = Median Wage($25/hr)
Time Value = Minimum Wage
$0.75
$0.25
$1.00 $2 to $4 TrillionPer Year In U.S.
Lower Societal Cost
• Fewer Fatalities
• Fewer Injuries
• Lower Health Costs
• Less Energy Use
• Less CO2 Emissions
• Less Congestion
• Better Land Use
• More Equitable Access
Reducing All Side Effects Simultaneously!
3 Questions
1. Are driverless vehicles real?
2. If so, when?
3. Does it matter?
My Perspective
1. Are driverless vehicles real? Yes
2. If so, when? Possibly by 2018
3. Does it matter? The consumer and business opportunities are compelling
What am I hearing?
What am I seeing?
What am I saying?
What should we be doing?
Think Big
Start Small
Learn Fast
Source: Chunka Mui
PossibleFutures Personal Shared
Driverless
Driver
VEHICLECONTROL
VEHICLE USE
PossibleFutures
New Automobile
Age
NewMobility
Age
CurrentAutomobile
System
NewMobilityMarkets
Personal Shared
Driverless
Driver
VEHICLECONTROL
VEHICLE USE
Key Questions: Who, How and When?
CUSTOMERS• People: Mobility Experiences
- Safe, Spontaneous, Responsive, Seamless, Compelling, Affordable,Secure
• Goods: Delivery Services- Safe, Timely, Convenient, Reliable,
Efficient, Secure
SERVICE PROVIDERS• Brands• Customer Interfaces• Employees
• Business Models• Operating Systems• Service Capabilities
TIER 1 SUPPLIERS• Driverless, Connected, Tailored
Vehicles (Robots)• Maintenance/Fueling • Customer Apps
• Back Office Systems
- Information Management- Dispatch- Financial- Customer Relations
TIER 2 SUPPLIERS• Driverless & Connected Vehicle Systems• Propulsions Systems
• Business Analytics (“Big” Data)• Designers (Vehicles & Experiences)
TIER 3 SUPPLIERS
• Infrastructure- Roads- Communications- Energy
• Public Policy
• Innovators- Scientists- Engineers- Entrepreneurs
• Workforce- Education- Training
• Standards and Regulations
• Insurance• Risk Management• Financing
SYSTEM ENABLERS
• Digital Maps• Lasers, Radars, Cameras• Processors• Controllers & Actuators• Software
• Algorithms• Sensors• Motors • Energy
- Supply
- Storage
• Materials
Who
MobilityEco-System
How
Several Possible Futures
Will Mature Simultaneously
Incumbents vs. Disruptors
Vested Interests vs. New Winners
Sooner
• Connected Vehicles
• Coordinated Vehicles
• Shared Vehicles
• Self-Driving Features
• Lower Mass Vehicles
• Significant Hybrid Share
• Platooned Trucks
• Smart Parking Systems
• Real-Time Traffic Control
• Improved Safety
Later
• Internet of “Things”
• Integrated Intermodal System
• Driverless-Shared Fleets
• Driverless Vehicles
• Tailored Vehicles
• Significant Electric Vehicle Share
• Driverless Trucks
• Significantly Less Parking
• Real-Time Situation Awareness
• > 90% Fewer Crashes
When
Final Thoughts
Why Hasn’t Roadway Transportation Transformed?
• Integrated System– Broad Usage– Significant Co-dependencies– Very Complex
• Huge Inertia– Massive Scale– Strong Vested Interests
• Evolved Myopically– Addressed with Individual Technologies– Addressed by Individual Sectors
Promising “Cure”
Connected and Autonomous Vehicles Offer a Promising “Cure” to the Roadway Safety Epidemic
• Over 90% Fewer Crashes
• Not Risk-free
• We Must Safely Learn on Public Roads to Mitigate Risks
Compelling Synergy
• Crashes Vary By– Location– Time– Circumstances
• Connected Vehicles Enable Real-time Situation Awareness– Historical + Real-time Data– Advanced Analytics– Determine Real-time Risk By Location, Time and Circumstances
• Autonomous Vehicles Can Avoid Risky Situations
Proactive Risk Management
While we cannot let technology get in front of safety, we also must realize the full potential of promising cures as soon as possible
History Lesson:
National Vaccine Injury Compensation Program (NVICP)
An Idea
Establish the
National Connected and Autonomous Vehicle Injury Compensation Program ( Modeled After NVICP )
Annual $3 Billion Fund = 1/10th Cent Per Mile
– 1/80th of Car Insurance Cost
In Closing….
Beware of Premature Policy
• Are new laws/regulations really necessary to enable autonomous vehicle testing in states and communities?– Google has demonstrated its technology in several states without specific
laws in place– Delphi’s self driving car went from California to New York, through many
states with no laws (e.g., Texas, Pennsylvania, North Carolina, Georgia and Arizona)
– UK, Singapore and Sweden are testing autonomous vehicles on public roads without new laws being drafted
– A law does not have to refer to a new technology to make it legal
• A rush to create new laws/regulations could stifle innovation– Mandated technologies or approaches may not be the best in the long run– Well-intended policy-makers should instead learn about the technology,
keep a watchful eye on progress, and only write new laws when absolutely necessary based on facts and real-world experiences
The Signal In The Noise
• As leaders, we have a responsibility to proactively accelerate connected and autonomous vehicles– Key enabler of sustainable mobility
– Accelerating 1 day saves 3,000 lives!
• We must work together to safely go faster– Think big, start small and learn fast
– Do not let risk impede action
– Do not let vested interests slow progress
Proactive Leadership: Example
"This nation should commit itself to achieving the goal, before the decade is out, of landing a man on the moon and returning him safely to the earth.”
President John F. Kennedy, May 25, 1961
President Kennedy thought big
NASA started small with Mercury and learned fast with Gemini and Apollo
Apollo 11 astronauts landed on the moon on July 20, 1969 and returned home safely
Imagine if instead, President Kennedy said…
“Once we have eliminated all of the risks, we will better understand whether it is possible to send a man to the moon and whether we should try to do so.”
“Mobility Moonshot”
This nation should commit to achieving the goal,
before 2025, of safely enabling the full potential
of connected and autonomous vehicles for all
people individually and together