vehicle to everything (v2x) tech. · connected technology | vehicle to everything (v2x)...
TRANSCRIPT
Vehicle to Everything (V2X) Tech.
May 2019
Colin Dhillon | CTO | APMA
Agenda
1. What is V2X?
2. History of the automobile
3. ACES
4. AVIN Demonstration Zone
5. V2X
6. Printable Electronics & V2X
7. Summary
How to describe today’s automobiles?
What is V2X?
V2X is a form of technology thatallows vehicles to communicate withmoving parts of the traffic systemaround them. V2X, or connected-vehicle-to-everything communication
• Car operating systems running everything from infotainment to autonomous driving, vehicles are becoming ever more intelligent and less reliant on human operation.
• V2X, which stands for 'vehicle to everything', is the umbrella term for the car's communication system, where information from sensors and other sources travels via high-bandwidth, low-latency, high-reliability links
Why V2X?oRoad safety,
oTraffic efficiency, and
oEnergy savings
It’s a Race… Always has been.
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The horseless carriage promised…
Speed Flexibility Convenience
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Paris to Rouen | 1894
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ABOVE, BELOW or ON THE GROUND?
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OEM Trends | Autonomous/Connected/Electric/Shared (ACES)
Autonomous SharedElectricConnected
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OEM Trends | Why is ACES Important?
Millions of Accidents 7B Tons of CO2 / Year 50B Hours in Traffic Car Parked 96% of Time
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DZ Objectives:
• Demonstration of Ontario-made technologies that are transformative and commercially ready for application in the mass light-vehicle,transportation infrastructure, heavy vehicle, intelligent transportation systems ("ITS") and transit-supportive systems and vehicles;
• Activities, both technological and promotional, for Ontario-based SMEs to showcase technologies to current and potential customers; and• Strengthen Ontario’s position as a globally recognized connected and autonomous vehicle (C/AV) and connected (smart) infrastructure
jurisdiction
AVIN/APMA | Demonstration Zone (Island of Autonomy)
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Demonstration Zone | FLEET
The AVIN/APMA DZ will feature a rolling fleet of 20 vehicles: 10 passenger vehicles sourced from the five OEMs inOntario, and 10 fleet vehicles from the City of Stratford, including municipal buses and utility trucks. APMA’s experiencedteam (with support from its members, which have an established track record of working with OEMs and large customers,like the Tier 1s), will work with tech companies to ensure that their technology is ready for commercial demonstration.
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Infotainment Applications
DiagnosticsDriver Behavior
Parking
Location/Navigation
Cybersecurity Usage-based Insurance
Technology | 10 pcs of Connected Autonomous Technology…
5G
Dedicated Short-Range Communication (DSRC)
Radar (short & Long range)Video Cameras
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Lidar
The City of Stratford, Ontario. Canada© APMA. All Rights Reserved.
INT
ELLIGEN
T IN
FRA
ST
RU
CT
UR
E
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17
DSRC vs. 5G
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DSRC vs. C-V2X (5G)
19
Which language will vehicles speak?
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20
Demonstration Zone | DSRC vs. 5G
• Dedicated Short Range Communication (DSRC) radiois the technology that is currently predominate inthe connected vehicle market.
• DSRC systems consist of short-range, wireless links totransfer data between vehicles and:
• Roadside units,• Other vehicles,• Portable units (Pedestrians).
• Cellular V2X (C-V2X) is based upon a next-generationversion of the technology used by your mobilephone: 5G.
• Perceived advantages over DSRC are;
• Greater interoperability• Wider bandwidth• Increased cybersecurity• Decentralized network running on private cell
towers vs. dedicated roadside units
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Connected Technology | Vehicle to Everything (V2X)
Vehicle-to-Vehicle. Alerts one vehicle
to the presence of another
V2V
V2D
V2P
V2H
V2G
V2I
Vehicle-to-Device. Vehicles communicate
with cycl ists’ V2D device and vice versa
Vehicle-to-Pedestrian. Car communication with pedestrian with
approaching alerts and vice versa.
Vehicle-to-Home. Vehicles will act as supplement power supplies to the home
Vehicle-to-Grid. Smart grid controls vehicle charging and return electricity to
the grid.
Vehicle-to-Infrastructure. Alerts vehicles to traffic lights, traffic congestion, road
conditions, etc.
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Cities, Vehicles & Industry: Interconnected
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How does printed electronics benefit V2X?
• Integrated SMART Systems
• Sensors
• 3D printed (additive Mfg.)
Lighting (interior/exterior)
Biosensors
Capacitive
Optical
Temperature
Flexible displays
CYBERSECURITY
SUMMARY
C-V2X will become the
global standard
EVERYTHING is becoming connected
Embrace the PACE of change…
Cybersecurity must become
CULTURAL
Printable Electronics can
play a major role in this ecosystem
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