OSPF OSPF.
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1 B036-6
2 OSPF OSPF RIP OSPF OSPF SPT OSPF Hello
3 4.2.1 AR MA ARMA ARIMA AIC Case Case Case
4 2.1 OSPF SPT arima(1,0,1) arima(5,0,5) arima(1,0,1) Case Case Case Case Case Case
5 2.1 OSPF ARIMA p q (p=2) d (p=2, q=1) Case Case Case
6 [1],,,., TWh (32.0 kwh), TWh kwh.,.,,,., sleep,.,,,.,. 1.2,.,., OSPF (Open Shortest Path First), 3.,,. 5
7 OSPF OSPF
8 2 OSPF 2.1 OSPF OSPF (Open Shortest Path First) IGP (Interior Gateway Protocol), AS. IGP RIP OSPF, RIP, OSPF. OSPF ISP RIP RIP (Routing Informaton Protocol), OSPF IGP. RIP,. ( ),. RIP,,.,,,..,,, RIP., RIP2, RIP OSPF IP, IP 7
9 2 OSPF,, TOS (Type Of Service), 2.2 OSPF, OSPF LSDB (Link State DataBase). LSDB LSA (Link State Advertisement)., OSPF,..,,. 2.3 OSPF SPT Dijkstra SPT (Shortest Path Tree).. 2.1: OSPF 8
10 2 OSPF 1. R1 10 N1 N2. 2. N1, N2 R2, R3. 3. R5 R4, R4,. 4. R5, R2 30, R4 20, R4. 5. SPT 2.2: SPT SPT R1. SPT.,. OSPF LSA,. LSA, LSDB (DD),.. 9
11 2 OSPF (LSR) DD,. (LSU) LSA,. (LSA) OSPF, OSPF. OSPF. 2.1: OSPF 1 Hello Hello Hello,. OSPF Hello,. Hello Hello.,. Hello. (Hello ) Hello,. Dead Hello,,. 10
12 2 OSPF OSPF, LSDB. LSDB. 2.3: 1. R2, Hello, R2 R1 2. (DD) 3., (LSR) 4. LSR, (LSU) (LSU) 5., OSPF LSDB,. 11
13 3 3.1,,.,,.,,.,,,. 3.2,, 4., (ECO).,.,.,.,,,.,,,,. 12
14 3 3.3,.,,,,.,,.,, sleep (ECO) : 3.2: 13
15 4 4.1,.,,.,,,. 4.2, AR, MA, ARMA, ARIMA AR (t p) t, y t e t p y t = a i y t i + e t (4.1) i=1, p AR (AutoregRession). p, p. p AR(p). AR, (Yule-Walker),, (Burg).,. 14
16 MA (t q) t, y t y t = q b j e t j (4.2) j=1, q MA (Moving Average). q MA(q). ARMA, ARMA p i=1 a i y t i + e t q j=1 b j e t j y t = p a i y t i + e t + i=1 q b j e t j (4.3) ARMA (AutoregRessive Moving Average). p q ARMA(p,q). j= ARIMA y t d y t y t 1 ARMA, ARIMA (AutoregRessive Integrated Moving Average). ARIMA(p,d,q).,,. ARIMA(p,d,q), d = 0 ARMA(p,q). ARIMA p, d, q. 4.1: ARIMA p d d AR MA 15
17 4 4.3,., 5,., AIC.,, AIC ,,.. (%) = ( ) - ( ) ( ) 100 (4.4) AIC,. AIC,.. AIC. M, MLL, k. AIC (M) = 2 MLL(M) + 2 k (4.5) 16
18 5,. 5.1,,.,,.,,,. 5.2,,., 5.1. R1 R4, CL1 2 SV. OSPF,. 5.1 SNMP.,. 17
19 5 5.1: Mbps, : 50%. [2], 30%., 5, (%). 13%., 18
![[2], 30%., 5, 50 1.](/docs-images/52/20134973/images/page_19.jpg "3 5 13(%). 13%.")
20 5 Link-A 13% 1/2 6.5%, 13%. 5.4 OSPF,,.,, , 25, : Avg (sec) Max (sec) Min (sec) ,, 4 ARIMA. arima(p,d,q), p, d, q., ,,, ,., 30 10,. 10, AR p, 0 < p 10 19
21 5. q = 0, d = 0, p p : p p (%) , p = 2, p 2. MA q. p = 2 q 5.3. q, 0 q : q (p=2) q (%) , q = 1, q 1. d. d 0 d 2. p = 2, q = 1, d : d (p=2, q=1) d (%) , d = 1., arima(2,1,1)., arima(2,1,1) AIC 25.4,., ARIMA arima(2,1,1) ,,.,, 6.5% 13%, , 20
22 5.,,. 5.3: arima(1,0,1) 5.4: arima(5,0,5) , AR MA, arima(5,0,5),., arima(1,0,1),. 5.3, arima(1,0,1).,.,, arima(1,0,1). 5.5: arima(1,0,1) 21
23 6 6.1,,, ,. 6.1: ( ) 6.5% ( ) 13% ( ) ( ) 30sec arima(2,1,1) arima(1,0,1) 6.3,, 5.1 R2. R1, Link-A, Link-B, Link-C, SNMP 22
24 6. Link-A, Link-B, Link-C Link-A, Link-B Link-C. 6.1: 6.1, 6.5% Link-C. R2, Link-C., Link-B. Link-A,. R2, Link-B. 23
25 6 6.4,.. 3,.,., iperf UDP. Case 1 Case 2 Case 3 6.5,, Case.,,, Case 1 Case 1, 6.2. Case 1,
26 6 6.2: Case1 6.3: Case1 25
27 : Case1 172sec 148sec 43% 50% ,, ,, Case 2 Case 2, : Case 2 26
28 6 Case 2, : Case ,. 6.3: Case 2 300sec 237sec 1% 6.4,,,.,
29 Case 3 Case 3, : Case 3 Case 3,
30 6 6.7: Case : Case 3 417sec 385sec 64% 71% 6.6,,,.,.,,. 6.4,,.,. 29
31 7 7.1,,. 3,,, , 3, ARIMA ( ARMA ),.,.,.,,.. 30
32 ,,.,. 31
33 .,,.,. 32
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