166119
8/31/2006
25
Table 9
1
-6-
16
32
18
-2-
-2-
48
8
7
128
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
hs
hf
ls
lf
1
8/2
-32-
-24-
8
4
3
5
64/4
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
hs
hf
ls
lf
316
4
fail
0
LINK A:
total user timeslots
remaining free timeslots
LINK B:
total user timeslots
remaining free timeslots
downspeed
8/2
-18-
8
4
3
5
64
12/6
12
6
12
12
72/18
16
18
-2-
2
48
8
7
128
24
12
12
96/24
24
12
96/24
In the second step, the reallocation of channel 5 is attempted. Channel 5 has a failover rate
of 18 timeslots. . The number of free timeslots is 16, so the system begins bumping low-
priority channels beginning with channel 1 to claim 6 more timeslots. Together with the
original 16 this provides 22 timeslots, sufficient for channel 5. After channel 1 is bumped,
channel 5 is reallocated to Link A, leaving 4 unused timeslots.
Table 10
1
-5-
16
32
2
-12-
-12-
48
8
-7-
128
18
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
hs
hf
ls
lf
1
8/2
-32-
-16-
8
4
3
5
-72-
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
hs
hf
ls
lf
316
10
fail
0
LINK A:
total user timeslots
remaining free timeslots
LINK B:
total user timeslots
remaining free timeslots
downspeed
8/2
-32-
-24-
8
4
3
5
8/2
-18-
8
4
3
5
12/6
12
6
12
12
-6-
16
32
18
48
8
7
128
16
18
48
8
7
128
24
96/24
24
12
96/24
In the next step, the last high-priority channel is channel 16, which requires 18 timeslots for
backup. There are only 4 unused timeslots from the previous iteration, so the system must
again look for one or more low-priority channels to find the additional 14 timeslots required.
Channels 7 and 8 are bumped to yield 24 timeslots (channel 7 alone is insufficient). Once
channel 16 in reallocated to Link A, there are 10 timeslots remaining.
Содержание Nx8- Dual Composite MUX High-Speed 16-Port TDM...
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