Target Assignment by Physical Modelling

Finally, we want to show that also larger instances can be solved easily in a simulation. For this purpose, we use 20x20 sensors. Again the differences between CR=4 and CR=14 and between sensors fixed to one sector and flipping sensors shall be investigated. The velocity was v=100, in case of fixed sensors we used T=3, in case of variable sensors we used T=10.

Fixed sensors
• CR=4
  • 20 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 40 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 60 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 80 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 88 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 100 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 120 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

• CR=14
  • 20 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 40 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 60 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 80 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 88 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 100 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 120 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

Flipping sensors
• CR=4
  • 20 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 40 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 60 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 80 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 88 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 100 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 120 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

• CR=14
  • 20 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 40 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 60 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 80 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 88 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 100 moving targets
    (tracking of targets, time steps tracked, connections between sensors)

  • 120 moving targets
    (tracking of targets, time steps tracked, connections between sensors)