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POPT Fao 2 10.20.20.0 /24 Fa0/o Se2/0 Router-P O Se3/0 192. 168. 1.0 /30 192. 168.2.0 /30 .2 R2 64 kbps Se3/0 256kbps © Se2/0 172. 16. 16. 16/28 Fa0/0 Fa0 Fao/05e3/0 .1 Router-PT 128kbps 192. 168.3.0 /30 O Se2/0 .2 Router-PT Fa0 172. 16. 16.32 /28 PC-PT PC-PT R3 R1 PC1 PCO Figuro 41

POPT Fao 2 10.20.20.0 /24 Fa0/o Se2/0 Router-P O Se3/0 192. 168. 1.0 /30 192. 168.2.0 /30 .2 R2 64 kbps Se3/0 256kbps © Se2/0 172. 16. 16. 16/28 Fa0/0 Fa0 Fao/05e3/0 .1 Router-PT 128kbps 192. 168.3.0 /30 O Se2/0 .2 Router-PT Fa0 172. 16. 16.32 /28 PC-PT PC-PT R3 R1 PC1 PCO Figuro 41

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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The following questions are related to Open Shortest Path First (OSPF).

i. Explain how the routing metric of OSPF is calculated.

ii. Write down the OSFP cost of interface type T1.

iii. Use the Figure 4.1 below. Fill in the routing table of R1 for the destination network 192.168.2.0.

iv. You should be able to detect a problem after answering (iii). Explain the problem and provide a solution to it.

POPT Fao 2 10.20.20.0 /24 Fa0/o Se2/0 Router-P O Se3/0 192. 168. 1.0 /30 192. 168.2.0 /30 .2 R2 64 kbps Se3/0 256kbps © Se2/0 172. 16. 16. 16/28 128kbps Fa0/0 Fa0 Fa0/05e3/0 Router-PT 1 R1 O Se2/0 192. 168.3.0 /30 Fa0 .2 Router-PT 172. 16. 16.32 /28 PC-PT PC-PT PCO R3 PC1 Figure 4.1 Network Metric Next hop IP Exit interface 192.168.2.0
Transcribed Image Text:POPT Fao 2 10.20.20.0 /24 Fa0/o Se2/0 Router-P O Se3/0 192. 168. 1.0 /30 192. 168.2.0 /30 .2 R2 64 kbps Se3/0 256kbps © Se2/0 172. 16. 16. 16/28 128kbps Fa0/0 Fa0 Fa0/05e3/0 Router-PT 1 R1 O Se2/0 192. 168.3.0 /30 Fa0 .2 Router-PT 172. 16. 16.32 /28 PC-PT PC-PT PCO R3 PC1 Figure 4.1 Network Metric Next hop IP Exit interface 192.168.2.0
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