Connectivity Will Make Motorcycling Safer Hennes Fischer , YAMAHA - - PowerPoint PPT Presentation

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Connectivity Will Make Motorcycling Safer Hennes Fischer , YAMAHA - - PowerPoint PPT Presentation

Connectivity Will Make Motorcycling Safer Hennes Fischer , YAMAHA MOTOR EUROPE, The Netherlands ITS European Congress Tomohiro Matsuda , KAWASAKI MOTORS EUROPE, The Netherlands Strasbourg, France Arne Purschwitz, BMW MOTORRAD,


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SLIDE 1

Connectivity Will Make Motorcycling Safer

  • Hennes Fischer, YAMAHA MOTOR EUROPE, The Netherlands
  • Tomohiro Matsuda, KAWASAKI MOTORS EUROPE, The Netherlands
  • Arne Purschwitz, BMW MOTORRAD, Germany
  • Oliver Kohlinger, HONDA R&D EUROPE, Germany

ITS European Congress Strasbourg, France 21 June 2017

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SLIDE 2

Connectivity Will Make Motorcycling Safer

  • Hennes Fischer, YAMAHA MOTOR EUROPE, The Netherlands
  • Tomohiro Matsuda, KAWASAKI MOTORS EUROPE, The Netherlands
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SLIDE 3

Benefit: Valuable Contribution to Future Mobility

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  • MCs have a great potential
  • Ideal urban mobility
  • Minimal space requirements
  • Smart combination of leisure and

commuting

  • Favourable ecological footprint
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SLIDE 4

Accident data

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Page 4

Motorcycle Riders are Vulnerable Road Users

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SLIDE 5

Challenge: Motorcycle Safety

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USA Europe Japan Development of car and motorcycle fatalities

Source: IfZ

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SLIDE 6

Reasons: Perception Failures

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Majority of accidents:

Caused by other vehicle driver

Majority of collision partner:

Car

Majority of collision type:

Crossing and turning

Source Data based on country specific studies (USA, Europe, Japan)

50 - 70 %

OV driver causes accident

60 – 90 %

Collision partner is a car

15 – 30 %

Collisions at intersections

  • 21. June 2017
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SLIDE 7

Causation and Solution

Page 7

Human Error Digital conspicuity

70 - 90%

perception failure by car driver

I never r saw him.

MAI (Motorcycle Approach Indicator) MAW (Motorcycle Approach Warning)

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SLIDE 8

Technical Solutions

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Page 8

Digital Conspicuity Triggering Conditions

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SLIDE 9

Motorcycle Approach Indication (MAI)

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Day 1.5 – Information with Basic Function & Simple requirements

Information Function

  • Basic Beaconing
  • Pre-Information for driver

!

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SLIDE 10

Motorcycle Approach Warning (MAW)

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Page 10

Day 2 – Warning in critical situations & Higher requirements

Information Function

  • Basic Beaconing
  • Pre-Information for driver

Sophisticated safety Function

  • Higher requirements
  • Warnings only in critical situation
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SLIDE 11

Real safety impact as Day 2 function

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Page 11

Intersection Violation Warning Left Turn Assistant MAW – Day 2 Requirements for PTW to be recognized Cooperation with car industry standards for car industry

  • MAW is a real safety function with only warning in critical situation
  • MAW huge impact on motorcycle safety as a DAY 2 function
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SLIDE 12

Car Solutions will not work on Motorcycles

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Page 12

Taylor made ITS technology needed

Content

  • Limited space
  • High vibrations
  • Limitation on sensing parameters

Design

  • Antenna positioning
  • Exposed to elements (rain, humidity, etc.)

No cabin

  • Leaning in corners
  • Steering by inertia
  • High influence of rider

Dynamics

  • Width of PTW is under 1 meter
  • Vehicle movement
  • Higher positioning accuracy needed

Localisation

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SLIDE 13

Triggering Conditions based on cars BUT....

Page 13

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Use case: Stationary Vehicle Warning

Hazard light on

(✓)

Parking break

X

Door open

X

Trunk open

X

Drivers seat not occupied

X

Proposal: side stand

X

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SLIDE 14

Motorcycles behave different than cars

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Use case: Traffic Jam Requirement: …indicate a velocity less than or equal to 30 km/h of at least five

  • ther vehicles in at most 100 m distance and the same driving

direction…

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SLIDE 15

Triggering Conditions based on cars BUT....

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Use case: Traffic Jam

PTW can ride through traffic jam Sends „wrong“ trigger conditions – cancel traffic jam

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SLIDE 16

Motorcycle Industry Initiative

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Make Motorcycles Part of Connected World

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SLIDE 17

v

Mission: Integration of Motorcycles in Connected Environment

Page 17

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SLIDE 18

Milestone: ACEM Memorandum of Understanding

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MoU Statement:

“…The ACEM manufacturing members agree to initiate deployment of safety-relevant cooperative ITS on PTWs* in Europe and agree to have at least one of their models available for sale with a cooperative ITS, either as standard equipment or as optional equipment, by 2020.”

Connectivity technology like C-ITS will become a major part of future mobility

Published on 29 September 2014

Signed by all ACEM manufacturing members:

*Powered Two Wheeler

  • 21. June 2017
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SLIDE 19

WG leader

CMC Vision & Objectives

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UNIFICATION & INTEROPERABILITY FEASIBILITY & PROTOTYPING PROMOTING & EXTERNAL RELATIONS

Enhance Riding safety by jointly promoting, researching and developing C-ITS for Motorcycles

  • Integrating Motorcycles as an accepted and recognized partner into global future ITS strategies
  • Joining our forces to create a common approach on ITS for motorcycles
  • Achieving a successful implementation and deployment of motorcycle ITS functions

VISION OBJECTIVES

WG-Leader WG-Leader WG-Leader

  • 21. June 2017
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SLIDE 20

Page 20

Thank you for your attention

www.cmc-info.net contact@cmc-info.net

  • 21. June 2017