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R’ b

Measured Timeline. T = 0. T = 100. T = 200. S. Process 1, Local Noise = 100ms. R b. R e. Process 2, Local Noise = 0ms. w = 100. Approximated Timeline. T = 0. T = 100. T = 200. S’. Accumulated Noise = 100ms. Accumulated Noise = 100ms. Process 1. R’ b. R’ e.

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R’ b

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  1. Measured Timeline T = 0 T = 100 T = 200 S Process 1, Local Noise = 100ms Rb Re Process 2, Local Noise = 0ms w = 100 Approximated Timeline T = 0 T = 100 T = 200 S’ Accumulated Noise = 100ms Accumulated Noise = 100ms Process 1 R’b R’e Accumulated Noise = 0ms Accumulated Noise = 100ms Process 2

  2. Measured Timeline T = 0 T = 1000 T = 2000 S Process 1, Local Noise = 30ms Rb Re Process 2, Local Noise = 100ms w = 1000 Approximated Timeline T = 0 T = 900 T = 1970 S’ Accumulated Noise = 30ms Accumulated Noise = 30ms Process 1 R’b R’e Accumulated Noise = 100ms Accumulated Noise = 30ms Process 2 w = 1070

  3. Measured Timeline T = 800 T = 1000 T = 1003 S Process 1, Local Noise = 30ms Rb Re Process 2, Local Noise = 100ms w = -3 Approximated Timeline T = 800 T = 903 T = 970 S’ Accumulated Noise = 30ms Accumulated Noise = 30ms Process 1 R’b R’e Accumulated Noise = 100ms Accumulated Noise = 33ms Process 2 w = 67

  4. Measured Timeline T = 460 470 480 490 500 510 Bb Be Process 1, Local Noise = 50ms Bb Be Process 2, Local Noise = 30ms Bb Be Process 3, Local Noise = 80ms Approximated Timeline T = 400 410 420 430 440 450 Accumulated Noise = 50ms Accumulated Noise = 50ms Bb Be Process 1 Be Bb Accumulated Noise = 30ms Accumulated Noise = 60ms Process 2 Bb Be Accumulated Noise = 80ms Accumulated Noise = 50ms Process 3

  5. Measured Timeline T = 0 T = 90 T = 100 S Process 1, Local Noise1 = 4ms Local Noise2 = 8ms Rb Re Process 2, Local Noise1 = 0ms Local Noise2 = 0ms w = 10 Approximated Timeline T = 0 T = 90 T = 100 N1+N2 N2 N1 Accumulated Noise = 4/8/11ms Accumulated Noise = 4/8/12ms Process 1 S’ Accumulated Noise = 0/0/0ms Accumulated Noise = 4/8/10ms Process 2 R’b R’e

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