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Advances in Autonomous Driving
CARNET: “Creating the urban mobility of the future”
José-Manuel Barrios, Innovation, Manager
1st June 2016
01_Automated driving… evolution or revolution?
02_ Local working groups… who we are?
Barcelona Board Cooperative Automated Driving
Industrial Forum Connected Vehicle and Automated Driving
03_ Legal framework… barrier or facilitator?
04_ Catalonia Living Lab… are we ready?
05_ Conclusions
Índice
01_Automated driving… evolution or revolution?
02_ Local working groups… who we are?
Barcelona Board Cooperative Automated Driving
Industrial Forum Connected Vehicle and Automated Driving
03_ Legal framework… barrier or facilitator?
04_ Catalonia Living Lab… are we ready?
05_ Conclusions
Índice
Rush hour - Fernando Livschitz – www.bsfilms.com
Introduction
Road automation: revolution
Level Name Description
L0 No automation Driver only
L1 Driver assistance 1 ADAS at least
L2 Partial automation ADAS combining brakes / throtle / steering
L3 Conditional automation Driver must intervene when requested
L4 High automation Driver can intervene but not necessary
L5 Full automation Driver never intervenes
Current ADAS in
the market
Target for traditional
OEMs (EU)
Revolutionary target
SAE LEVELS OF DRIVING AUTOMATION
(Almost standard for level definition)
Road automation: evolution
- ACC: Adaptive Cruise Control
- S&G: ACC including Stop & Go
- PA: Park Assist
- LKA : Lane Keeping Assist
- LCA: Lane Change Assist
- PDC: Park Distance Control
- LDW: Lane Departure Warning
- FCW: Front Collision Warning
- ABS : Antilock Break System
- ESC: Electronic Stability Control
- DSR: Downhill Speed Regulation
Road automation: evolution
How far we are?
Traffic Jam Assist
Emergency Assist
Adaptive cruise control (ACC) with monitoring system Front Assist, Traffic signals recognition, Blind spot detection,
parking assistant
How far we are?
01_Automated driving… evolution or revolution?
02_ Local working groups… who we are?
Barcelona Board Cooperative Automated Driving
Industrial Forum Connected Vehicle and Automated Dr iving
03_ Legal framework… barrier or facilitator?
04_ Catalonia Living Lab… are we ready?
05_ Conclusions
Índice
o To create a ecosystem to develop urban self driving initiatives taking inaccount all the involved agents.
o To be one of top European cities in urban self driving
o To create the infrastructure to develop , to validate and test self drivingexperiences
o To support world wide companies by using Barcelona as an Urban Lab
o To attract investments and create new business opportunities
BBCAD: Mission / Activities
The Barcelona Board Cooperative and Automated Driving is a Public Private Partnership (PPP) led by
What is the Industrial Forum?
The Industrial Forum for the Connected Vehicle and Automated Driving
(IFCVAD) is a Public Private Partnership (PPP) led by
that includes relevant stakeholders from different sectors involved in the
connectivity and automation of vehicles
Objectives of the IFCVAD
• Coordinate different stakeholders in order to create the proper environment for the
development of technologies and knowledge around vehicle connectivity and
automated driving
• Create a platform for the development, testing and validation of vehicle connectivity
solutions and automated driving
01_Automated driving… evolution or revolution?
02_ Local working groups… who we are?
Barcelona Board Cooperative Automated Driving
Industrial Forum Connected Vehicle and Automated Driving
03_ Legal framework… barrier or facilitator?
04_ Catalonia Living Lab… are we ready?
05_ Conclusions
Índice
• Spain signed but didn’t ratify the Vienna convention
• Instruction published by DGT which allows AD testing without the need of changing the ongoing legislation
Spanish license exemption procedure
Legislation review to allow AD testing in public roads
Three stages with different tests in each phase
1. Documentation: The applicant mustprovide a technical description of thevehicle characteristics
2. Inspection: An inspection matrix withspecial relevance of the safetyelements of the vehicle
3. Dynamic validation: Proving groundtests to assess vehicle safety andpartially performance. Based in a testmatrix
1. Override• The AD mode must be disconnected if
the driver acts on:– Steering wheel– Brakes– Accelerator– Emergency button
• The AD mode can only be reactivatedmanually
2. Longitudinal control• Evaluate the ability of the vehicle to
maintain the longitudinal control and tobrake in an emergency.
• Target vehicle as defined in Euro NCAPAEB protocol
• VRU targets optional
3. Lateral control
• Evaluate the vehicle capacity tostay in a lane
• The vehicle shall be able to stay in thedefined lane under different testconditions.
Tests based in UNECE regulations, and Euro NCAP pro tocols
Spanish license exemption tests
01_Automated driving… evolution or revolution?
02_ Local working groups… who we are?
Barcelona Board Cooperative Automated Driving
Industrial Forum Connected Vehicle and Automated Driving
03_ Legal framework… barrier or facilitator?
04_ Catalonia Living Lab… are we ready?
05_ Conclusions
Índice
All you need in just one place
• Infrastructure interaction: Possibility of interacting with different communication
technologies (2G/3G/LTE, WiFi), sensors and signage
• Road user interaction: VRU, public transport, private transport…
Cities – Catalonia SmartLab
Network of cities for validation and testing of smart mobility concepts
Industrial and logistics
Zona Franca – Barcelona Industrial & Logistic Area
• Industrial area of 600 hectares
• 300+ companies
• 27 kilometers of infrastructures
• Close to international transport hubs
(freight railway station, seaport and
airport)
• Trans-European Transport (TEN-T)
Network connection
• Communication and logistic services
• Wide variety of road users
• Smart Zone pilot project
• New legal framework for the testing of automated driving vehicles in public
roads
• Some specific routes and areas are being identified to cover testing and
development needs related to connected and automated driving
• GPS tracks are available for any route
• Possibility for cross-border testing on different road types
Interurban scenarios and highways
SARTRE project: open road testing at AP2 Highway
3D point cloud scanning and images for 6048 km road network including identified and
geo-localized road furniture: lane markings, traffic signals, safety barriers…
Interurban scenarios: Digital Maps
Interurban scenarios: Digital Maps
1. Source: opensignal.com
Interurban scenarios: Catalogue of routes
Interurban scenarios: Available data
• Combined INS - GNSS positioning system
• Positioning accuracy 0.10 m
• Road lateral and longitudinal gradient, curve radio
• Lane marking identification• Traffic signage identification
and positioning• Safety barriers identification• Periodical information
update
Controlled environments
Applus IDIADA
• Independent and multiuser
proving ground
• 370 hectares
• All-year-round testing with
favorable climatic conditions
• Safe, versatile, comprehensive,
repeatable test tracks
• D-GPS full coverage
• ETSI G5 (802.11p) full coverage
• Exclusive mobile network
under design
Circuit de Catalunya
Controlled environments
Parcmotor Castellolí
• Additional services for connected and automated vehicles can be
provided in two existing racing circuits: public demonstrations,
marketing, road furniture testing…
01_Automated driving… evolution or revolution?
02_ Local working groups… who we are?
Barcelona Board Cooperative Automated Driving
Industrial Forum Connected Vehicle and Automated Driving
03_ Legal framework… barrier or facilitator?
04_ Catalonia Living Lab… are we ready?
05_ Conclusions
Índice
Conclusions
It is the moment of truth ...
The scenario is complex because it requires the involvement of all agents and the support of government and public bodies with competences in the field
The technological key factor will be data fusion
The process should be treated as a natural evolution and not a disruptive revolution that enables the transition of ADAS systems, cooperative systems finally reaching autonomous driving.
It is important to ensure interoperability and standardization
The trial in open traffic in controlled environments is needed and should be carried out under strict safety/security requirements that allow the development of these technologies.
Technological development must be accompanied by the definition of new business models.
Address automation in all its levels (L1 to L5) with the involvement of all agents (infrastructure, vehicle, driver)
Implement local capabilities for the development of these functions
Redefinition of traditional testing in terms of methodology and tools along the lifecycle of the technology
Lead the definition of roadworthiness requirements
Methods to allow safe and reliable operation of automated vehicles on public roads and proving grounds
To be recognized as a reference place in the world for the development of Automated Driving
functions
Conclusions
Thank your very much for your attention!!!!!
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