Part2: 2001:0DB8:AACC:0033:/64 2001:0DB8:AACC:0032::/64 192.168. 101.0 /30 192.168.201.0 /30 PC-P PC01 - IP16 2901 PC-PT PC61-IP6 R3- V4 192.168.1.4/30 192.168.1.0/30 2950-24 2950-24 2901 RO- V4+V6 192. 168.1.12/30 2811 2901 2811 R1- V4+V6 so 192.168.1.8/30 R5- V4+V6 R6- V4+V6 S6 PC-PT PC-PT PC02 - IPv4 PC62-IPv4 2001:0DB8:AACC:0034::/64 2001:0DB8:AACC:0031:/64 192.168.200..0/24 2901 192.168.100.0/24 R4- V4 Tunnel: R1 IP6: 2001:0DB8:AACC:0035:/64 R5 IPV6: 2001:ODB8:AACC:0036::/64

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question
192. 1681.1230 2011
RS-V4V
2024
RO V4+V
R1-V4Ve
192.168.130
POR2P
PO02 -PM
2001.00e AACC 00314
192 168 200 024
2001.ODB AACC 003464
192 168 100 024
2901
Tunnel
R1 P 2001 ODBE AACC 003s 4
RS P 2001.0DBE AACC.00364
Using packet tracer, implement the following network topology
and implement the following:
1. Assign IP addresses to all PCs
2. Assign IP addresses to all router interfaces following the
criteria below.
3. Make sure each host can ping at least one other host in the
same network.
4. Implement single area OSPF routing protocol for IPV4
5. Show that IPV4 packets are correctly routed all over the
network topology
6. Assign IPV6 addresses all connected interfaces on routers
(RO,R1,R5 and R6)
7. Implement single area OSPF routing protocol for IPV6
8. Assume all other routers are not IPV6 capable, so, do not
configure IPV6 on other router, then, implement a tunnel
(IPV6 over IPv4) to allow IPv6
routers, show evidence of correct config.
9. From router R0 ping the IPV6 IP address of any interface on
to pass through those
R6
10. Ping from PC01 to PC61
11. Ping from PC02 to PC62
12. Ping from PC01 to PC62
IP addressing criteria:
To assign IP addresses of the routers and PCs, use the IP
address from your student ID as follows:
IPV4: Assume your id is 1131234,
You have the subnet 113.123.x.y, where x and y are the octets
in the illustration above.
Example: In the illustration (192.168.200.0 /24) you have to
change it to:
If your ID is 1181234, and your address space for the left
most network will be 118.123.200.0 /24, and change all other
subnets the same way.
IPV6: your number is: 1181234 and you have
2001:0DB8:AACC:0031:: /64
You have to change it to: 2118:1234:AACC:0031:: /64
Use ping to show that the network is connected and the
routing is working
Use ping from PC to a PC in the same subnet as well as that
you can reach an address in a different subnet. show that all
subnets are reachable from the different subnets
You have to submit the packet tracer file as well as a report
(doc or pdf) on moodle (itc.birzeit.edu) that contains
Screenshots and with detailed explanations
Important: Each screenshot should include the date and
Transcribed Image Text:192. 1681.1230 2011 RS-V4V 2024 RO V4+V R1-V4Ve 192.168.130 POR2P PO02 -PM 2001.00e AACC 00314 192 168 200 024 2001.ODB AACC 003464 192 168 100 024 2901 Tunnel R1 P 2001 ODBE AACC 003s 4 RS P 2001.0DBE AACC.00364 Using packet tracer, implement the following network topology and implement the following: 1. Assign IP addresses to all PCs 2. Assign IP addresses to all router interfaces following the criteria below. 3. Make sure each host can ping at least one other host in the same network. 4. Implement single area OSPF routing protocol for IPV4 5. Show that IPV4 packets are correctly routed all over the network topology 6. Assign IPV6 addresses all connected interfaces on routers (RO,R1,R5 and R6) 7. Implement single area OSPF routing protocol for IPV6 8. Assume all other routers are not IPV6 capable, so, do not configure IPV6 on other router, then, implement a tunnel (IPV6 over IPv4) to allow IPv6 routers, show evidence of correct config. 9. From router R0 ping the IPV6 IP address of any interface on to pass through those R6 10. Ping from PC01 to PC61 11. Ping from PC02 to PC62 12. Ping from PC01 to PC62 IP addressing criteria: To assign IP addresses of the routers and PCs, use the IP address from your student ID as follows: IPV4: Assume your id is 1131234, You have the subnet 113.123.x.y, where x and y are the octets in the illustration above. Example: In the illustration (192.168.200.0 /24) you have to change it to: If your ID is 1181234, and your address space for the left most network will be 118.123.200.0 /24, and change all other subnets the same way. IPV6: your number is: 1181234 and you have 2001:0DB8:AACC:0031:: /64 You have to change it to: 2118:1234:AACC:0031:: /64 Use ping to show that the network is connected and the routing is working Use ping from PC to a PC in the same subnet as well as that you can reach an address in a different subnet. show that all subnets are reachable from the different subnets You have to submit the packet tracer file as well as a report (doc or pdf) on moodle (itc.birzeit.edu) that contains Screenshots and with detailed explanations Important: Each screenshot should include the date and
Part2:
2001:0DB8:AACC:0033::/64
2001:0DB8:AACC:0032:/64
192. 168.201.0 /30
192, 168, 101.0 /30
PC-P
PC01 - IPV6
2901
R3- V4 192.168.1.4/30
PC-PT
PC61-IPV6
192.168.1.0/30
2950-24
so
2950-24
2901
RO- V4+V6
2811
R5- V4+V6
2901
R6- V4+V6
192. 168. 1.12/30
2811
R1- V4+V6
S6
PC-PT
PC62-IPV4
192.168.1.8/30
PC-PT
PC02 - IPV4
2001:0DB8:AACC:0031::/64
192,168.200,0/24
2001:0DB8:AACC:0034::/64
192. 168. 100.0/24
2901
R4- V4
Tunnel:
R1 IPV6: 2001:0DB8:AACC:0035::/64
R5 IPV6: 2001:0DB8:AACC:0036::/64
Transcribed Image Text:Part2: 2001:0DB8:AACC:0033::/64 2001:0DB8:AACC:0032:/64 192. 168.201.0 /30 192, 168, 101.0 /30 PC-P PC01 - IPV6 2901 R3- V4 192.168.1.4/30 PC-PT PC61-IPV6 192.168.1.0/30 2950-24 so 2950-24 2901 RO- V4+V6 2811 R5- V4+V6 2901 R6- V4+V6 192. 168. 1.12/30 2811 R1- V4+V6 S6 PC-PT PC62-IPV4 192.168.1.8/30 PC-PT PC02 - IPV4 2001:0DB8:AACC:0031::/64 192,168.200,0/24 2001:0DB8:AACC:0034::/64 192. 168. 100.0/24 2901 R4- V4 Tunnel: R1 IPV6: 2001:0DB8:AACC:0035::/64 R5 IPV6: 2001:0DB8:AACC:0036::/64
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