Target Assignment by Physical Modelling

Proudly we present a new type of movies which only takes roughly 10 per cent of the disc space the old movies took. Please find below a small collection of our movies of this new type.

First we want to compare the results for sensors which are fixed to one sector during a time step with the results for sensor which can flip to other sectors immediately.

Sectors fixed during a time step
• T=10
  • CR=20
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

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

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

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

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

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

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

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

  • CR=10
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=7
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=6
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=5
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

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

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

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

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

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

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

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

  • CR=3
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=2
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=1
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

• T=3
  • CR=20
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

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

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

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

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

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

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

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

  • CR=10
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=7
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=6
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=5
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

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

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

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

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

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

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

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

  • CR=3
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=2
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=1
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

Sectors variable during a time step
• T=10
  • CR=20
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

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

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

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

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

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

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

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

  • CR=10
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=7
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=6
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=5
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

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

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

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

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

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

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

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

  • CR=3
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=2
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=1
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

• T=3
  • CR=20
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

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

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

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

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

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

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

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

  • CR=10
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=7
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=6
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=5
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

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

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

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

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

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

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

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

  • CR=3
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=2
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

  • CR=1
    • 5 moving targets
      (tracking of targets, time steps tracked, connections between sensors)

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

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

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

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

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

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

Now we want to investigate the dependence of the quality of the results on the calculation time invested. For this purpose, we study an easy case with 5 moving targets and a hard case with 20 moving targets. We will use the calculation velocities v=1,10,100,1000,10000, which were defined earlier. (Note that the runs for the results above were carried out with v=100.)

Easy case with 5 moving targets
• Sectors fixed during a time step
  • T=10
    • CR=14
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

    • CR=4
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

  • T=3
    • CR=14
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

    • CR=4
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

• Sectors variable during a time step
  • T=10
    • CR=14
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

    • CR=4
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

  • T=3
    • CR=14
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

    • CR=4
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

Hard case with 20 moving targets
• Sectors fixed during a time step
  • T=10
    • CR=14
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

    • CR=4
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

  • T=3
    • CR=14
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

    • CR=4
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

• Sectors variable during a time step
  • T=10
    • CR=14
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

    • CR=4
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

  • T=3
    • CR=14
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

    • CR=4
      • v=1
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10
        (tracking of targets, time steps tracked, connections between sensors)

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

      • v=1000
        (tracking of targets, time steps tracked, connections between sensors)

      • v=10000
        (tracking of targets, time steps tracked, connections between sensors)

We have also produced smaller movies of a larger system containing 20x20 sensors. Click here.