R15201- Autonomous People Mover Patrick Bayly, Eric Paterno, Steve - - PowerPoint PPT Presentation

r15201 autonomous people mover
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R15201- Autonomous People Mover Patrick Bayly, Eric Paterno, Steve - - PowerPoint PPT Presentation

R15201- Autonomous People Mover Patrick Bayly, Eric Paterno, Steve Smith, Peter Hajosch Project Description Background: Major car manufacturers working toward adoption of autonomous vehicles. RIT (Dr. Ptucha) would like to be on the


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R15201- Autonomous People Mover

Patrick Bayly, Eric Paterno, Steve Smith, Peter Hajosch

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Project Description

Background:

  • Major car manufacturers working toward adoption of autonomous vehicles.
  • RIT (Dr. Ptucha) would like to be on the forefront of this technology.
  • Existing Senior Design project(s)
  • Phase A (ongoing, completion Spring 2015)
  • Conversion of cart to remote control
  • Phase B (ongoing, completion Fall 2016)
  • Limited Autonomous Functionality
  • Separate CE team working concurrently with MSD team
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Project Description (Gap)

  • Our starting point assumes that Phase B is successfully completed.
  • We will create the PRP for Phase C.
  • Gap:
  • Current (Phase B completion): Cart that can navigate from Unity (Pi)

Quad to Infinity Quad under tightly controlled conditions with stationary obstacles.

  • Desired (Phase C completion): Cart that can navigate from Unity (Pi)

Quad to Infinity Quad under controlled conditions with moving

  • bstacles.
  • Ultimate Goal: Use of the cart as a learning tool and to advertise the

university to potential students.

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  • DPL Team & Guide (Mike B.)
  • Dr. Ptucha
  • RIT
  • institution
  • students
  • faculty
  • MSD Teams
  • current
  • future

Key Stakeholders

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SLIDE 5

Current State of the Art

Research Areas

  • Google Patents
  • Online articles

Current Autonomous vehicles (benchmarking)

  • Google Car
  • Carnegie Mellon Car
  • Automatic parking and cruise control systems
  • Roomba
  • Magnet-guided vehicles
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Project Goals

For Phase C The Autonomous Car Should:

  • Navigate “in the wild” from Unity Quad (Pi Quad) to Infinity

Quad

  • Have safety systems integrated
  • Sensors to tell if objects are in the way including short range

radar, long range radar, lidar, front vision, omni vision, and stereo vision

  • Birds eye map that tracks the movement of people and

position of cart on campus

  • Use of redundant systems to minimize problems
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Customer Requirements (Weighted)

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Setbacks / Next Steps

Setbacks

  • Ambiguous current state
  • Overlapping of senior design projects
  • Resolution with Dr. Ptucha
  • Costs

Next Steps

  • Continue stakeholder interviews
  • Use feedback from this presentation
  • Preparation for VOE
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The End

Questions?