Snow Rendering for Interactive Snowplow Simulation - PowerPoint Presentation

Snow Rendering for Interactive Snowplow Simulation
Snow Rendering for Interactive Snowplow Simulation

Snow Rendering for Interactive Snowplow Simulation - Description


Improving Driver Ability to Avoid Collisions When Following a Snowplow Michele Olsen Siddharth Deokar and Peter Willemsen Department of Computer Science University of Minnesota Duluth ID: 504751 Download Presentation

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simulation snow winter contrast snow simulation contrast winter snowing conditions lighting vertical snowplow driving experiment blowing motion detection framework

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Presentation on theme: "Snow Rendering for Interactive Snowplow Simulation"— Presentation transcript


Slide1

Snow Rendering for Interactive Snowplow SimulationImproving Driver Ability to Avoid Collisions When Following a Snowplow

Michele Olsen, Siddharth Deokar, and Peter WillemsenDepartment of Computer ScienceUniversity of Minnesota DuluthSlide2

Research ObjectivesCreate knowledge to make winter driving saferIn snowing conditionsFollowing behind a snowplow can be dangerous!Following cars can be dangerous!

Fog and snow complicate visual perceptionSpeed and motion detection likely misperceived!Complicating factors are not well understood!Through computer simulation environmentBetter understand how we drive in snowing conditionsAttempt to reduce risk associated with following snowplowsEnable more effective training within snowing conditionsSlide3

Winter Driving Simulation FrameworkRear Lighting and Motion Detection ExperimentsSlide4

Winter Driving Simulation FrameworkSubjects drive over 10km roadway following snowplow under varying low luminance contrast (fog) conditions, while rear lighting is varied to improve motion detection performanceSlide5

Experiment 1 – Do lights make a difference?Compare alternative lighting configurations for improved reaction times

FlashingVertical BarsOnlyVertical Barsw/ CornersSlide6

Experiment 2 – Does enhancing contrast helpCompare best condition from Exp 1 with alternative scenarios that maximize contrastVertical BarsBest Condition from Previous Exp

Vertical Barsw/ Black ContrastSlide7

Ongoing Experiment – Distance vs. OrientationWith contrast enhanced lighting, try to generateknowledge for practical placement of lights.Slide8

Blowing Snow SimulationSlide9

Current ResultsSlide10

Snow Density Mapped to Visibility

Able to map visibility in real world to visibilty in simulationEmpirically calculated in simulationbased on particle

density and snow

visual settingsSlide11

Refinement of geometry within simulation will improve interaction between blowing snow and snowplowImplementing code base to deposit snow particles onto surfaces

E.g. windshieldsReduces visibility for driversStill work in progressSnow/Environment Interaction (Ongoing)Slide12

Forward Thinking EffortsComplete integration of winter driving simulation framework with snowing model

with VR Lab’s HMDRefine outdoor light intensity modelBetter model of daylight and nighttime lightingMaster’s student continuing this workInvestigating how blowing snow and fast dispersion modeling system could fit into MDSSMaintenance Decision Support SystemLive modeling of potential weather situationsSlide13

AcknowledgementsSara Erickson and Albert Yonas Institute of Child Development, Department of Psychology University of Minnesota

Daniel Schobert, Jennifer CarleyNATSRL, Eil KwonSlide14

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