PRE2017 3 Group 17: Difference between revisions

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# Have concrete idea
# Have concrete idea
# Have a basic model (single drone)
# Have a basic model (single drone)
** Lane coverage
## Lane coverage
# Have a basic model (multiple drone)
# Have a basic model (multiple drone)
** Lane coverage
## Lane coverage
# Have reformation of drone organisation after a drone crashes
# Have reformation of drone organisation after a drone crashes
# Take height, clarity, and camera angle in consideration
# Take height, clarity, and camera angle in consideration

Revision as of 16:17, 8 February 2018

Members of group 17
Eric Arts1004076
Menno Hofsté0996144
René Nijhuis0912331
Erik Takke1000575
David Tuin1013331

Surveillance/Inspection drones

Project Details

Problem Statement

How to effectively survey a large area with multiple, cooperating drones

Objectives

Create a model for efficiently surveying areas using multiple, communicating drones

Assumptions

  • No obstacles
  • Drones can be operated as intended, in clear weather
  • All drones are identical

Users and what do they require?

  • Law enforcement
    • Infrared cameras / live image (or video) feed / Riot detection?
  • Farmers
    • Camera / “final” image overview (no live feed needed)
  • Staatsbosbeheer
    • Camera / “final” image overview (no live feed needed)
  • Rijkswaterstaat (grachten in Amsterdam, etc.)
    • Submarine drones
    • Detailed images for inspection of dunes
  • Festival organisers
    • Detection of the movement of masses/Riot detection?
  • Archeologie
    • Sensors for depth searching

Requirements

  • Equipment failure can be dealt with
  • Image stitching requirements

Approach & Milestones

  1. Have concrete idea
  2. Have a basic model (single drone)
    1. Lane coverage
  3. Have a basic model (multiple drone)
    1. Lane coverage
  4. Have reformation of drone organisation after a drone crashes
  5. Take height, clarity, and camera angle in consideration
  6. (Some object have a higher priority to be scanned)

Deliverables

An algorithm and computer model

Who does what?