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Autonomous Connected Vehicle Certificate Program

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Capstone Project Reports http://www.engin.umd.umich.edu/EPD/acvt.php Team X ... PowerPoint Presentation Author: sae in Last modified by: jgoraj Created Date: – PowerPoint PPT presentation

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Title: Autonomous Connected Vehicle Certificate Program


1
Autonomous Connected Vehicle Certificate
Program Capstone Project Reports http//www.engi
n.umd.umich.edu/EPD/acvt.php Team X June, 2011
2
Task 1
  • The goal is to maximize the sphere of
    applications without compromise on reliability in
    a dense traffic scenario where hundreds of
    vehicles access simultaneously using WAVE
    connection.
  • What information set should be received and sent
    by the On Board Unit (OBU)? Prioritize. Justify
    each selection.
  • What applications would that support. Specify
    information subset for each.
  • Suggestions to increase basic information set
    (Protocol).

3
(No Transcript)
4
Task 2
  • Using maps of the Michigan Test Bed area place
    the Road Side Equipment (RSE) to achieve optimal
    performance (Application).
  • List positioning requirements and design
    parameters you used
  • Locate up-to 56 RSE units on the map provided to
    enable most applications.
  • Highway (limited apps) vs. arterial
    (Intersections, School zone)
  • Suggestions to improve coverage

5
(No Transcript)
6
Download (and replace) actual map files
from http//www.engin.umd.umich.edu/EPD/acvt.php
7
Task 3
  • Using probe data records provided, determine the
    geographic structure/mapping of two intersections
    and the connecting road.
  • List data interpretation assumptions
  • Schematic drawing of intersection 1. Explain.
  • Complete the task based on data only and without
    looking into Google etc.
  • Include phases, of lanes, turning lanes, etc.
  • Schematic drawing of intersection 2. Explain.
  • Suggestions to improve the data set or the
    accuracy of the results

8
Download (and replace) actual probe data files
(excel and/or XML) from http//www.engin.umd.umic
h.edu/EPD/acvt.php
9
Task 4
  • Using probe data records, propose modifications
    to intersection programming to improve
  • traffic flow.
  • List data interpretation assumptions
  • Suggestions
  • Suggest other possible applications for probe
    data

10
(No Transcript)
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