mae 435 project design and management ii 7 december, 2011 1
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MAE 435 Project Design and Management II
7 December, 2011
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ASV MAE Team Members
Team A Team B Brian Skoog John Lee Jeff Roper Paul Hart Stephanie McCarthy Andrew Vaden
John Bernas Eric Starck Jason Putman Kevin Mcleod
Advisors Dr Gene Hou (Faculty Advisor) Stanton Coffey (Graduate Advisor) Justin Selfridge(Graduate Advisor)
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ECE Team Nimish Sharma Justin Maynard Robert Tolentino Bibek Shrestha Sushil Khadka
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ObjectiveImprove current ASV for the Summer 2012
Association for Unmanned Vehicle Systems International annual
RoboBoat Competition
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RoboBoat CompetitionPrimary Tasks
Speed Test Locate and complete a
straight course as fast as possible
Navigation Test Navigate a course of
buoys with several turns and obstacles
Secondary TasksChanged from last
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Solution ApproachDetermine/purchase sensors that provide competitive
performance
Formulate a navigation logic
Integrate all sensors
Test and evaluate sensors and navigation logic
Install electronics on boat
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Project ComponentsLiDARSensor gimbal mount and codeNavigation logic New onboard computerElectronics caseArduino/Ardupilot integration
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LiDARSensor testing
Full sunlightSensor/Computer
Communication
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LiDAR
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Data Interpretation
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Sensor Gimbal MountSwitched to
single axisCoded using
Arduino and accelerometer
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Navigation LogicDefined scenarios
based on:Distance to buoysColor of buoysApproach angle
LiDAR as primary sensor
Computer Vision as secondary sensor
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Navigation CodeWritten in C++
80% CompleteIF/ELSE loops
Compiled with MS Visual Studio
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New Onboard Computer
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Electronics case
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Improve watertight integrity
Air flowComponent
placement
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Electronics case
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Arduino/Ardupilot IntegrationArdupilot integrated
sensorsAccelerometerGyroCompassGPS
Communication with PCECE team help
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Gantt Chart
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Summary/DeliverablesConstructed & Programmed GimbalBuilt and tested new onboard computerModified electronics caseArduino/Ardupilot live-time communicationLiDAR Integration
Data extraction completeNavigation C++ Code
Model complete
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Questions?
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