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📄 latency1.eps

📁 无线传感器网络的可靠路由算法
💻 EPS
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%!PS-Adobe-3.0 EPSF-3.0
%%Creator: MATLAB, The Mathworks, Inc.
%%Title: D:\mine\simulation\latency1.eps
%%CreationDate: 12/03/2007  15:07:51
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   0    0 5046 3783 rf
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6 w
0 sg
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4566 3366 mt 4566  284 L
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1061 3511 mt 
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1633  284 mt 1633  323 L
1517 3511 mt 
(0.35) s
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(0.55) s
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4077  284 mt 4077  323 L
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(0.6) s
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(0.65) s
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 656 2210 mt  695 2210 L
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4566 1054 mt 4526 1054 L
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(6) s
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 555  713 mt 
(7) s
 656  284 mt  695  284 L
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 555  328 mt 
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 656  284 mt 4566  284 L
 656 3366 mt 4566 3366 L
4566 3366 mt 4566  284 L
 656 3366 mt  656  284 L
gs 656 284 3911 3083 rc
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c8
489 77 489 347 488 346 489 154 489 270 489 578 488 308 656 669 8 MP stroke
gr

c8
0 j
36 47 -36 47 -36 -47 36 -47 656 716 5 MP
DP
36 47 -36 47 -36 -47 36 -47 1144 1024 5 MP
DP
36 47 -36 47 -36 -47 36 -47 1633 1602 5 MP
DP
36 47 -36 47 -36 -47 36 -47 2122 1872 5 MP
DP
36 47 -36 47 -36 -47 36 -47 2611 2026 5 MP
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36 47 -36 47 -36 -47 36 -47 4077 2796 5 MP
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gs 656 284 3911 3083 rc
/c9 { 0.000000 0.500000 0.000000 sr} bdef
c9
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c9
36 47 -36 47 -36 -47 36 -47 656 1525 5 MP
DP
36 47 -36 47 -36 -47 36 -47 1144 2064 5 MP
DP
36 47 -36 47 -36 -47 36 -47 1633 2642 5 MP
DP
36 47 -36 47 -36 -47 36 -47 2122 3104 5 MP
DP
36 47 -36 47 -36 -47 36 -47 2611 3143 5 MP
DP
36 47 -36 47 -36 -47 36 -47 3099 3143 5 MP
DP
36 47 -36 47 -36 -47 36 -47 3588 3143 5 MP
DP
36 47 -36 47 -36 -47 36 -47 4077 3143 5 MP
DP
gs 656 284 3911 3083 rc
/c10 { 1.000000 0.000000 0.000000 sr} bdef
c10
489 19 489 19 488 19 489 20 489 19 489 19 488 578 656 2595 8 MP stroke
gr

c10
36 47 -36 47 -36 -47 36 -47 656 2642 5 MP
DP
36 47 -36 47 -36 -47 36 -47 1144 3220 5 MP
DP
36 47 -36 47 -36 -47 36 -47 1633 3239 5 MP
DP
36 47 -36 47 -36 -47 36 -47 2122 3258 5 MP
DP
36 47 -36 47 -36 -47 36 -47 2611 3278 5 MP
DP
36 47 -36 47 -36 -47 36 -47 3099 3297 5 MP
DP
36 47 -36 47 -36 -47 36 -47 3588 3316 5 MP
DP
36 47 -36 47 -36 -47 36 -47 4077 3335 5 MP
DP
gs 656 284 3911 3083 rc
/c11 { 0.000000 0.750000 0.750000 sr} bdef
c11
489 69 489 23 488 -23 489 0 489 170 489 339 488 1271 656 648 8 MP stroke
gr

c11
  36   36  656  648 FO
  36   36 1144 1919 FO
  36   36 1633 2258 FO
  36   36 2122 2428 FO
  36   36 2611 2428 FO
  36   36 3099 2405 FO
  36   36 3588 2428 FO
  36   36 4077 2497 FO
gs 656 284 3911 3083 rc
gr

0 sg
1810 3654 mt 
(source report interval\(second\)) s
 473 2249 mt  -90 rotate
(latency\(second\)) s
90 rotate
 639 3409 mt 
( ) s
4550  326 mt 
( ) s
1 sg
0 626 863 0 0 -626 3644 970 4 MP
PP
-863 0 0 626 863 0 0 -626 3644 970 5 MP stroke
4 w
DO
SO
6 w
0 sg
3644  344 mt 4507  344 L
3644  970 mt 4507  970 L
4507  970 mt 4507  344 L
3644  970 mt 3644  344 L
3644  970 mt 4507  970 L
3644  970 mt 3644  344 L
3644  344 mt 4507  344 L
3644  970 mt 4507  970 L
4507  970 mt 4507  344 L
3644  970 mt 3644  344 L
4107  478 mt 
(CSMA) s
gs 3644 344 864 627 rc
c8
356 0 3715 436 2 MP stroke
gs 3820 363 147 147 rc
36 47 -36 47 -36 -47 36 -47 3893 483 5 MP
DP
gr

gr

c8
0 sg
4107  626 mt 
(SMAC) s
gs 3644 344 864 627 rc
c9
356 0 3715 583 2 MP stroke
gs 3820 510 147 147 rc
36 47 -36 47 -36 -47 36 -47 3893 630 5 MP
DP
gr

gr

c9
0 sg
4107  773 mt 
(DMAC) s
gs 3644 344 864 627 rc
c10
356 0 3715 730 2 MP stroke
gs 3820 657 147 147 rc
36 47 -36 47 -36 -47 36 -47 3893 777 5 MP
DP
gr

gr

c10
0 sg
4107  921 mt 
(GMAC) s
gs 3644 344 864 627 rc
c11
356 0 3715 877 2 MP stroke
gs 3820 804 147 147 rc
  36   36 3893  877 FO
gr

gr

c11

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