SHRP 2 Summer Safety Symposium S06/S07 Contractors...
Transcript of SHRP 2 Summer Safety Symposium S06/S07 Contractors...
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SHRP 2 Summer Safety Symposium SHRP 2 Summer Safety Symposium S06/S07 Contractors MeetingS06/S07 Contractors Meeting
Washington, DCWashington, DC
DAS UpdateDAS Update
Tom DingusJuly 13, 2010
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yDAS UpdatesDAS Updates
DAS Overview
Technology Enhancements
Procurement Process & Acceptance Testing
Driver ID Status
NIST Rodeo EvaluationNDS
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yData Acquisition SystemData Acquisition System
Multiple Videos•
Machine Vision Eyes Forward Monitor
•
Machine Vision Lane Tracker
Accelerometer Data (3 axis)
Rate Sensors (3 axis)
GPS•
Latitude, Longitude, Elevation, Time, Velocity
Forward Radar•
X and Y positions•
Xdot and Ydot Velocities
Cell Phone•
ACN, health checks, location notification
•
Health checks, remote upgrades
Illuminance sensor
Passive alcohol sensor
Incident push button
Video
Audio (only on incident push button)
Turn signals
Vehicle network data•
Accelerator•
Brake pedal activation•
ABS•
Gear position•
Steering wheel angle•
Speed•
Seat Belt Information•
Airbag deployment•
etc
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VTTI Machine Vision Lane Tracking VTTI Machine Vision Lane Tracking
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Mask_Perclose
VTTI Driver Monitor used for drowsiness detection (post hoc, compressed video sample)
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yNextGen Data Acquisition NextGen Data Acquisition SystemSystem
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yDAS StatusDAS Status
Updates to system•
Solid State Drive•
Lower failure rate
•
Higher capacity -> increased time between drive swap
•
FCC system upgrades•
Upgraded system to be consistent with requirements needed to comply with FCC regulations
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yDAS Configuration ExampleDAS Configuration Example
Ford Focus Test Vehicle•
Head Unit
•
Main Unit•
Radar
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yHead Unit and Passenger ViewHead Unit and Passenger View
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yRadar MountRadar Mount
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yMain Unit On Packing ShelfMain Unit On Packing Shelf
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yDAS Procurement Process DAS Procurement Process --
IFQCIFQC
Step 1 -
Invitation for Qualified Contractors (IFQC)•
Purpose: establish a Qualified Contractor List (QCL) of eligible Contract Manufacturers (CMs) based on specific criteria
•
Process: applicants rated based on criteria by selection committee made up of representatives from TRB, VT and NIST
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yDAS Procurement Process DAS Procurement Process --
RFPRFP
Step 2 -
Request for Proposal (RFP)
•
Purpose: receive proposals to select one of the qualified CMs for the manufacturing and support of the Data Acquisition System (DAS)
•
Key Criteria:•
Price of Goods•
Price of Services•
Ability to meet delivery requirements•
Services Offered•
Prototype Evaluation•
Selection Process:•
Initial Screening •
Plant Visit •
Prototype Evaluation 13
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yAcceptance Testing OverviewAcceptance Testing Overview
•
Three competing contract manufacturers (CM)•
Each CM’s system exposed to identical conditions by installing one system from each manufacturer in each test vehicle.
•
Three test vehicles•
All three had•
3 head units•
3 rear cameras•
3 radar interface boards•
3 power connections•
1 radar
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y““HydraHydra””
Vehicle ConfigurationVehicle Configuration
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yVehiclesVehicles
2008 Ford Fusion2006 Chevy Malibu
2007 GMC Sierra Pickup
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yProcessProcess
•
A 52 mile / ~ 1.5 hr route was driven repeatedly.•
Route included•
Rough gravel road (6 mi / ~ 20 min)•
Paved roads -
city / interstate / 2 lane / 4 lane
•
1 short ignition on/off/on cycle (< 15 sec)•
2 long ignition on/off/on cycles (> 5 min)
•
Vehicles were in process 19 -22 hrs per day (includes stops when changing drivers, fueling, and during ignition cycles).
•
System hard drives were swapped frequently.•
The three vehicles traveled together.
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yTotalsTotals
VEHICLE MILES COVERED HOURS OF DRIVING
CHEVROLET MALIBU 3,143 64.5
GMC SIERRA TRUCK 3,683 81
FORD FUSION 3,938 89.5
TOTAL 10,764 235
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yDAS Procurement OverviewDAS Procurement Overview
Status•
Contract Manufacturer (CM) selection complete following formal bid process
•
RFP designed to ensure ability of CM to build and support a quality product in a timely manner
Cost•
Final price from CM is within budget
Schedule•
PO has been issued and CM is on track to deliver to support S07 installation schedule
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SHRP2 NDS: Driver IdentificationSHRP2 NDS: Driver Identification
1.9 million hours of video …
who’s driving?
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yFacial RecognitionFacial Recognition
Facial recognition apps process digital images to detect faces in a “query”
image, then use pattern matching
algorithms to compare it against a gallery of “reference” images to determine a probable match
Algorithms tuned to minimize False Acceptance and Rejection Rates
Developed for use in a constrained environment where variables such as lighting, head pose, and facial expression are carefully controlled •
widely used in the security arena for “mug shot”
identification
The SHRP2 NDS environment is NOT constrained!
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ySHRP2 NDS: an unconstrained SHRP2 NDS: an unconstrained
environment environment
Variable lighting conditions•
unevenly lighting•
strong shadows and washed out faces•
night driving with IR illumination
Variable facial expressions
Variable head pose
Facial occlusions•
hand motion•
coffee/drink cup•
sunglasses
Image density •
number of pixels between the eyes
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SHRP2 NDS will produceSHRP2 NDS will produce……
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yFace Recognition solutionsFace Recognition solutions
Vendors are starting to loosen limits inherent in unconstrained environments by addressing issues related to:•
off-axis head poses
•
variable lighting conditions•
IR illumination
•
occlusions•
face expression
•
skin color
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yDriver ID Vendor EvaluationsDriver ID Vendor Evaluations
Animetrics, Inc. –
in discussion to evaluate one of several
products:•
Animetrics90 SDK •
FaceR CredentialME•
http://animetrics.com
STAR Technologies -
evaluated and found to be acceptable,
though processing intensive•
STARFace SDK•
http://www.startechnologies-usa.com
Pittsburgh Pattern Recognition –
evaluated and rejected:
could not accommodate head pose angles typically found in SHRP2 NDS•
FTR-SDK (Face Recognition Software Development Kit)•
http://pittpatt.com25
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yNIST and Rodeo EvaluationNIST and Rodeo Evaluation
Objectives: 1.
Provide NIST a dataset to assess the S06 DAS configuration
2.
Provide a dataset to Iowa State to determine the feasibility of using the S06 DAS to supplement roadway data
3.
Provide a dataset for other researchers to assess for use in upcoming s08 RFPs
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yDASs DASs
Three Systems running simultaneously
Synchronized via GPS time1.
S06 DAS as previously shown •
Chevy Malibu
2.
NIST instrumentation•
Battery packs required due to current draw•
S06 DAS designed to shut down if current draw is too high
3.
Differential GPS and Crossbow running on a separate laptop•
One ground truth comparison•
GPS: Omnistar Service•
Crossbow: angle, rate, accel @ 100Hz
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yNIST InstrumentationNIST Instrumentation
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Challenge: NSIT instrumentation likely impedes s06 lane tracker
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yRural Route and Urban RouteRural Route and Urban Route
Leesburg Route (~ 41 miles each direction)
Arlington Route (urban canyon)
(~ 11 miles each direction)
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yProcedureProcedure
The Rural route will be run with all three instrumentation packages•
NIST instrumentation removed in the field and sent back with chase van
Rural route will be rerun with s06 DAS and Differential GPS/ Crossbow packages•
Highly surveyed routes will be run 3 times each to allow comparisons
Urban route will be rerun with s06 DAS and Differential GPS/ Crossbow packages•
Highly surveyed routes will be run 3 times each to allow comparisons
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yDriver and Vehicle SampleDriver and Vehicle Sample
General Sample 1600 DASs•
Driver Demographic is the most important criteria
•
Exception need 230 of each vehicle type
Advanced Vehicle Sample 350 DASs•
the vehicle is the most import criteria
•
Vehicle-specific sampling will be done to ensure good representation of critical areas•
Driver Assist including collision avoidance and adaptive cruise control
•
Infotainment including Sync, navigation and integrated communication
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Participating OEMSParticipating OEMS
General Fleet
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yWhat is needed from the What is needed from the
nonnon--advanced vehicle fleet?advanced vehicle fleet?
The codes necessary to obtain information from the vehicle network and the vehicles models that should be included in the sample•
2002 or newer vehicles
•
Initial selection = biggest seller for each OEM•
Including vehicles in the sample that support CAN
•
Each OEM provided feedback on the list including model and year
Worked with each OEM to put an NDA in place so we could have acess
to the codes
Negotiated with each participant OEM on what information they would provide
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yOEM participantsOEM participants
GM
Ford
Nissan
Honda
Hyundai
Kia
Chrysler
Toyota
Audi/VW
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yBiggest Remaining ChallengesBiggest Remaining Challenges
Programming our instrumentation to understand all the different CAN messages•
Determining when each vehicle updated protocol or messages and how often
Determine a method to reliably obtain all the model features for each OEM. •
VIN
•
Trim
Sampling newer vehicles in the fleet than we originally wanted
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Participating OEMSParticipating OEMS
Advanced Fleet
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yRecommendations on Advanced Recommendations on Advanced
Vehicle FleetVehicle Fleet
A recommended sample of 50 advanced vehicles from each OEM•
Recommend the vehicle model, trim and features
•
Determine what information from the vehicle network can be shared in the public database
Help obtain the names and phone numbers of people who own the vehicles with these features at the data collection sites.
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yOEM participantsOEM participants
GM
Ford
Nissan
Honda
Toyota
Audi/VW
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yAdvanced VehiclesAdvanced Vehicles
Hybrid vehicles•
Pedestrian and bicyclist interactions•
Commuting behavior•
Driving behavior
In-vehicle communication systems and advanced infotainment system•
Interaction type, duration, •
When and when interacts•
Safety…. Etc
Driver monitoring, feedback, collision warning systems•
System on•
Alerts
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yDrive Assist Features IncludedDrive Assist Features Included
Front & Rear Park Assist
Forward Collision Alert
Adaptive Cruise Control
Lane Departure Warning
Side Blind Zone Alert
Rear Video
Collision Imminent Braking
Pre-crash
Includes: Feature activation & alert occurrence at a minimum
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yHybrid, communication, and InfotainmentHybrid, communication, and Infotainment
Hybrids are in the fleet
OnStar
and Sync for communication
Infotainment•
Mode –
Voice, Center Stack, Steering Wheel
•
What is being requested (HVAC)•
Not adjust to 76 degrees
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yBiggest Remaining Challenges (1)Biggest Remaining Challenges (1)
Huge amount of information available on the CAN and multiple CAN networks in use
One OEM over 600 messages of interest•
Reducing the sample down to something reasonable but still keep necessary information for researchers
•
Programming our instrumentation to understand all the different CAN messages
•
Determining when each vehicle updated protocol or messages and how often
Determine a method to reliably obtain all the model features for each OEM. •
Negotiating what information with each OEM that we can put in the researcher database
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yBiggest Remaining Challenge (2)Biggest Remaining Challenge (2)
Some vehicles are so new that they are new not currently in the fleet.•
Advantage is newest possible systems
•
Disadvantage is not many in the fleet.•
We are looking at shifting advance vehicle instrumentation later in the flow to accommodate.
•
Assumption: Not acceptable to delay instrumentation
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Questions?
Thanks!
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