Post on 09-Oct-2020
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INNOVATIONS TO IMPROVE
CYCLIST SAFETY
Esra van Dam – TNO Integrated Vehicle Safety
31 May 2016 2 | Innovations to improve cyclist safety
Urbanisation
Attention for climate
Agedness
Trends
Automation
Mobility Health
Safety
Sustainability
Ease of use Comfort
Leisure
CYCLING
CYCLIST FATALITIES – EU
31 May 2016 3 | Innovations to improve cyclist safety
Source: OECD (2013)
CYCLIST FATALITIES – EU
31 May 2016 4 | Innovations to improve cyclist safety
Source: OECD (2013) &
EU “Road Safety in the EU, March 2015)
Share of bicycle crash fatalities in overall traffic
crash fatalities for selected European countries 8% of traffic fatal victims are cyclists
Decrease of # traffic fatalities
in period 2010-2013
- Total # 18%
- Cyclists 3%
EU average 6-8%
CYCLIST SAFETY – NL
5 | Innovations to improve cyclist safety 31 May 2016
80% motor vehicle – cyclist 60% single accidents
# cyclist victims = 2x pedestrian victims Source: CBS (2000-2014)
TNO aims to
improve cyclist
safety
6 | Innovations to improve cyclist safety 31 May 2016
SEVERELY INJURED
TNO Focus
Single sided accidents (60%)
Major part elderly cyclists
Increased risk of falling
Increased risk on getting injured
31 May 2016 7 | Innovations to improve cyclist safety
SAFE & AWARE ON THE BIKE
HIGH RISK SITUATIONS
31 May 2016 8 | Innovations to improve cyclist safety
INTERSECTIONS TURNING LEFT BEING OVERTAKEN SLIPPERY ROADS
OBSTACLES UNSTEADY COURSE GETTING ON/OFF UNEXPECTED SITUATIONS
2013
31 May 2016 9 | Innovations to improve cyclist safety
SAFE & AWARE ON THE BIKE
INTELLIGENT BIKE
2014
31 May 2016 10 | Innovations to improve cyclist safety
Oct 2015
Controlled environment Feb 2016
Real-life
environment
SAFE & AWARE ON THE BIKE
VOLUNTEER TESTS
2015-2016
TRAFFIC FATALITIES
TNO Focus
Car-Cyclist accidents
31 May 2016 11 | Innovations to improve cyclist safety
ROAD TO PREVENT CAR-CYCLIST ACCIDENTS
31 May 2016 12 | Innovations to improve cyclist safety
2012
2014
2016
Airbag
SaveCAP
AEB-cyclist
CATS & PROSPECT
Injury mitigation Injury prevention
Inform Warn Intervene
System effectiveness
reliability robustness
Systems and sensors
In-car
THE PROSPECT PROJECT
Next generation VRU safety systems
Better understanding of VRU-related accidents
Develop, demonstrate and test (pro) active safety systems
for protecting VRUs 1. Better understanding of relevant VRU accident scenarios
2. Improved VRU sensing and situational analysis
3. Advanced HMI and vehicle control strategies
4. Demonstrators
5. Testing in realistic traffic scenarios
EU Horizon 2020, 2015-2018
31 May 2016 13 | Innovations to improve cyclist safety
PROSPECT - TNO
Objective
Determine the influence of environment on cyclist
behaviour parameters at crossing
(Further) develop behaviour models to support the
recognition of the cyclist’s intention for a given scene
31 May 2016 14 | Innovations to improve cyclist safety
Cyclist
behaviour
parameters
p(Stop)
p(Straight)
p(Turn)
path prediction
ROAD TO PREVENT CAR-CYCLIST ACCIDENTS
31 May 2016 15 | Innovations to improve cyclist safety
2012
2014
2016
Airbag
AEB-cyclist
SaveCAP
CATS & PROSPECT
Injury mitigation Injury prevention
Inform Warn Intervene
System effectiveness
reliability robustness
Systems and sensors
In-car
Systems and sensors
in-car, on the bicycle,
on the infrastructure
Cooperative
VRUITS & GCDC
THE VRUITS PROJECT
Improve safety, mobility and comfort of Vulnerable Road Users
by applying Intelligent Transport Systems
Asses societal impact
Evidence-based recommended practices
EU FP7 project, 2012-2016
Pilots, Impact Assessment, CBA
31 May 2016 16 | Innovations to improve cyclist safety
www.vruits.eu
VRUITS – DUTCH PILOT SYSTEM
31 May 2016 17 | Innovations to improve cyclist safety
Road Side Unit - Detects cyclist (radar)
- Broadcasts cyclist position + velocity
Cyclist - Receives warning
- Vibrating handlebars
+ visual warning
Objective
Increase safety for cyclists,
by preventing collisions in crossing scenarios
with car and cyclist
even if the view is blocked
Car - Calculates risk
- Warning (+broadcast)
- Automatic braking
obstructed view
car ↔ cyclist
VRUITS – DUTCH PILOT SYSTEM
VOLUNTEER TESTS
Tests in Helmond @Innovative Crossing
First user acceptance tests
Cyclists
Car passengers
Realistic, conditioned environment
Split in 2 use cases for safety volunteers + equipment
31 May 2016 18 | Innovations to improve cyclist safety
VRUITS – DUTCH PILOT SYSTEM
EQUIPMENT
31 May 2016 19 | Innovations to improve cyclist safety
Bicycle Car
RSU
PC Gateway
Low-level
controler
Radar
PC + gateway
PC
Gateway
Vibrating
handle bars
Visual
warning
GPS
VRUITS – DUTCH PILOT SYSTEM
IMPLEMENTATION
31 May 2016 20 | Innovations to improve cyclist safety
UC1
Tests in Eindhoven and Son en Breugel
Equipment performance tests in real-life environment
ROAD TO PREVENT CAR-CYCLIST ACCIDENTS
31 May 2016 21 | Innovations to improve cyclist safety
2012
2014
2016
Airbag
AEB-cyclist
SaveCAP
CATS & PROSPECT
Injury mitigation Injury prevention
Inform Warn Intervene
System effectiveness
reliability robustness
Systems and sensors
In-car
Systems and sensors
in-car, on the bicycle,
on the infrastructure
Cooperative
VRUITS & GCDC
Self-driving vehicles
Merging
Emergency scenario
Crossing
May 28th & 29th @ A270 from Helmond to Eindhoven
10 student teams from 6 EU countries
31 May 2016 22 | Innovations to improve cyclist safety
GRANT COOPERATIVE DRIVING CHALLENGE
NEXT STEP
31 May 2016 23 | Innovations to improve cyclist safety
2012
2014
2016
Airbag
AEB-cyclist
SaveCAP
CATS & PROSPECT
Injury mitigation Injury prevention
Inform Warn Intervene
System effectiveness
reliability robustness
Systems and sensors
In-car
Systems and sensors
in-car, on the bicycle,
on the infrastructure
Cooperative
VRUITS & GCDC
Controlled test
environment Living lab Pilots: