Objectives and potential applications of VSC partⅡ · History and Future of Active & Passive...

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1 Toward “zero-nize” Toward Toward zero zero - - nize nize May 2005 Hiroyuki Kanemitsu Toyota Motor Corporation Objectives and potential applications Objectives and potential applications of VSC of VSC part part

Transcript of Objectives and potential applications of VSC partⅡ · History and Future of Active & Passive...

Page 1: Objectives and potential applications of VSC partⅡ · History and Future of Active & Passive Safety Technology Safe driving Accident avoidance Crash prediction Occupant protection

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Toward “zero-nize”Toward Toward ““zerozero--nizenize””

May 2005Hiroyuki Kanemitsu

Toyota Motor Corporation

Objectives and potential applications Objectives and potential applications of VSCof VSC partpartⅡⅡ

Page 2: Objectives and potential applications of VSC partⅡ · History and Future of Active & Passive Safety Technology Safe driving Accident avoidance Crash prediction Occupant protection

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2000 20XX

Optimization of body structureOptimization of body structure

Adaptation to more collisionAdaptation to more collisionenvironmentsenvironments

Addition of protective devicesAddition of protective devices --AllAll--round compatibilityround compatibility--Pedestrian injury mitigationPedestrian injury mitigation--Side airbagSide airbag

--Curtain airbagCurtain airbag

--GOAGOA--Interior structure mitigatingInterior structure mitigatinghead impacthead impact

History and Future of Active & Passive Safety TechnologyHistory and Future of Active & Passive Safety Technology

Safe drivingSafe driving

Accident Accident avoidanceavoidance

Crash Crash predictionprediction

OccupantOccupantprotectionprotection

PedestrianPedestrianprotectionprotection

Active safety

Passive safety

--ABSABS--TRCTRC

--Brake assistBrake assist--VSCVSC

Driver visibility assistanceDriver visibility assistance

--Blind corner monitorBlind corner monitor--Adaptive Front light systemAdaptive Front light system

Integrated controlIntegrated control

--VDIMVDIM

--NavigationNavigation--coordinated shift coordinated shift controlcontrol

AutonomousAutonomoussafety supportsafety support--Forward collision Forward collision avoidance assist avoidance assist systemsystem

Improvement of passive safetyImprovement of passive safetyby prognosticationby prognostication

--PrePre--crush safety systemcrush safety system

Dynamic Limit controlDynamic Limit control

VehicleVehicle--infra infra cooperative cooperative

safetysafety

Accidentoccurs

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Casualty Reduction by Autonomous Safety SystemCasualty Reduction by Autonomous Safety System

2000

Safe drivingSafe driving

Accident Accident avoidanceavoidance

Accidentoccurs

Crash Crash predictionprediction

--ABSABS--TRCTRC

--Brake assistBrake assist--VSCVSC

Driver visibility assistanceDriver visibility assistance

--Blind corner monitorBlind corner monitor--Adaptive Front light systemAdaptive Front light system

Integrated controlIntegrated control

--VDMVDM

--NavigationNavigation--coordinated shift coordinated shift controlcontrol

AutonomousAutonomoussafety supportsafety support

--Forward collisionForward collisionavoidance assistavoidance assistsystemsystem

Improvement of passive safetyImprovement of passive safetyby prognosticationby prognostication

--PrePre--crush safety systemcrush safety system

Active safety

Dynamic Limit controlDynamic Limit control

VSC & VDIM

OFF

ONON

OFF

Lane keeping assist

Pre-crashsafety

Forward vehicle

Forward collision avoidance assist system

Obstacles

VehicleVehicle--infra infra cooperative cooperative

safetysafety

Page 4: Objectives and potential applications of VSC partⅡ · History and Future of Active & Passive Safety Technology Safe driving Accident avoidance Crash prediction Occupant protection

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Car to car

2,000

1,000

0

The Effect of Casualty Reduction by Autonomous Safety SystemThe Effect of Casualty Reduction by Autonomous Safety System

Reduction effect

Fatalities(Persons )

Frontal collision

Rear collis

ion

Single-car

Intersect

ion

Autonomous systems does not significantly reduce accidentsrelating intersections, motorcycles, bicycles , and pedestrians

Motorcycle

Bicycle

Pedestria

n0

100

300

400

200Casualties(Thousand persons)

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UnawarenessMisjudgment

Traffic rule violation

54%30%

16%

Details

Rear collision

Head-on collision

Single-carFrontal collision

Right-straight

Right/left turns

PedestrianOther vehicle collisions

Accidents (casualties)

2000ITARDA

data

Analysis of Remaining AccidentsAnalysis of Remaining Accidents

Remaining accidents are caused by unawareness, misjudgment and traffic rule violation

Remaining accidents

Page 6: Objectives and potential applications of VSC partⅡ · History and Future of Active & Passive Safety Technology Safe driving Accident avoidance Crash prediction Occupant protection

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Objectives of VehicleObjectives of Vehicle--Infra Cooperative Safety SystemInfra Cooperative Safety SystemDriver support to aware traffic signal or other vehicles etc.Prevention of misjudge and rule violation by driver

InterventionIntervention

Driver Vehicle & InfrastructureAutonomous

system

vehicle-infra cooperative

system

Driving supportinformation

Driving supportinformation Alerts / WarningsAlerts / Warnings

Informationimprovement

V-Road V-Vehicle

V-Pedestr

ian

Controlby traffic rules

Controlby traffic rulesJudgment supportJudgment supportDriving support by

preview informationDriving support by

preview information

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Examples of VehicleExamples of Vehicle--Infra Cooperative Safety SystemInfra Cooperative Safety System

Information Support InterventionAlerts / WarningsControl by traffic signal

Control by traffic rules

Traffic rule warning

BRAKE!

BRAKE!

Traffic signal alert

BRAKE!

BRAKE!

Invisible vehicles

Camera

Pedestrian & vehicles

Awareness SupportPrevention of

misjudge and rule violation

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8External appearance Operation by driver

Onboard displayDriver’s view

Operation Image of VehicleOperation Image of Vehicle--Infra Cooperative Safety SystemInfra Cooperative Safety System

Alerts(Sound, Display)

Pon!

Warning / Braking(Sound, Display)

Pi, P

i, Pi

, Pi!

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2,000

1,000

0

Reduction effect

Simulation of Casualty Reduction by VehicleSimulation of Casualty Reduction by Vehicle--Infra Cooperative Safety SystemInfra Cooperative Safety System

Will reduce “car to car” accidents at intersection by half Will not reduce accidents relating motorcycles, bicycles, and pedestrians

Car to car

Fatalities(Persons )

Casualties(Thousand persons)

Frontal collision

Rear collis

ion

Single-car

Intersec

tion

Motorcycle

Bicycle

Pedestria

n0

100

300

400

200

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Toward Toward ““ZeroZero--nizenize””

0

-20

-40

-60

(%)2000 20XX

Passive Safety

Vehicle-infra cooperative Systems

Autonomous Systems

-100Toward Toward ““ZeroZero--nizenize””

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Subject and ProposalSubject and Proposal0

-50

-1002010

Safety TechnologySafety TechnologyProduct Development Product Development

Educational Activities Educational Activities PublicityPublicity

People

Environment

Traffic Flow ImprovementTraffic Flow ImprovementVehicleVehicle--Infra CooperationInfra Cooperation

Fatalities, Serious Injuries

Vehicles

( % )Zero AccidentsZero Casualties

20XX

The key is total countermeasure considering vehicles, people and traffic environment