Download - R’ b
R’b
Process 1, Local Noise = 100ms
T = 0 T = 100 T = 200
w = 100
S
ReRb
Measured Timeline
Approximated Timeline
T = 0 T = 100 T = 200
S’
R’e
Accumulated Noise = 100ms
Accumulated Noise = 100ms
Process 2, Local Noise = 0ms
Process 1
Process 2
Accumulated Noise = 100ms
Accumulated Noise = 0ms
R’b
Process 1, Local Noise = 30ms
T = 0 T = 1000 T = 2000
w = 1000
S
ReRb
Measured Timeline
Approximated Timeline
T = 0 T = 900 T = 1970
S’
R’e
Accumulated Noise = 30ms
Accumulated Noise = 30ms
Process 2, Local Noise = 100ms
Process 1
Process 2
Accumulated Noise = 30ms
Accumulated Noise = 100ms
w = 1070
R’b
Process 1, Local Noise = 30ms
T = 800 T = 1000 T = 1003
w = -3
S
ReRb
Measured Timeline
Approximated Timeline
T = 800 T = 903 T = 970
S’
R’e
Accumulated Noise = 30ms
Accumulated Noise = 33ms
Process 2, Local Noise = 100ms
Process 1
Process 2
Accumulated Noise = 30ms
Accumulated Noise = 100ms
w = 67
Process 1, Local Noise = 50ms
T =
Bb
Measured Timeline
Approximated Timeline
Accumulated Noise = 50ms
Accumulated Noise = 60ms
Process 2, Local Noise = 30ms
Process 1
Process 2
Accumulated Noise = 50ms
Accumulated Noise = 80ms
Process 3, Local Noise = 80ms
Bb
Bb
Be
Be
Be
500490480470460
T = 450
Bb
Bb
Bb
Be
Be
Be
440430420410400
Accumulated Noise = 30ms
Process 3 Accumulated Noise = 50ms
510
R’b
Process 1, Local Noise1 = 4ms Local Noise2 = 8ms
T = 0 T = 90 T = 100
w = 10
S
ReRb
Measured Timeline
Approximated Timeline
T = 0 T = 90 T = 100
S’
R’e
Accumulated Noise = 4/8/12ms
Accumulated Noise = 4/8/10ms
Process 2, Local Noise1 = 0ms Local Noise2 = 0ms
Process 1
Process 2
Accumulated Noise = 4/8/11ms
Accumulated Noise = 0/0/0ms
N1N2N1+N2
