Australian Government Network Planning Assignment (ITECH1102)
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Homework Assignment
AI Summary
This assignment presents a network planning solution for the Australian government, focusing on IPv4 address allocation and routing. The solution includes the assignment of IP addresses and subnet masks for each Australian state (WA, NT, QLD, NSW, VIC, TAS, and SA), along with the number of addresses available. The core of the assignment involves the creation of routing tables for edge routers (R1, R2, R3, R4, R5, and R6), defining destination networks, interface assignments, and next hop configurations. The solution also provides IP addresses for network interface cards to connect NT, WA, and SA routers. Finally, a bibliography of relevant sources supports the network planning and IP-related concepts presented in the assignment.

Running head: NETWORK AND SECURITY
Network Planning Assignment
Name of the Student
Name of the University
Author Note
Network Planning Assignment
Name of the Student
Name of the University
Author Note
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1NETWORK AND SECURITY
Appendix A
IP Address and Subnet Mask for each state
WA
IP Address WA 7.0.0.0/11
Subnet Mask 255.224.0.0
Number of Address 2097150
NT
IP Address NT 7.56.0.0/14
Subnet Mask 255.252.0.0
Number of Address 262142
QLD
IP Address QLD 8.192.0.0/10
Subnet Mask 255.192.0.0
Number of Address 4194302
NSW
IP Address NSW 8.0.0.0/9
Subnet Mask 255.128.0.0
Number of Address 8388606
Appendix A
IP Address and Subnet Mask for each state
WA
IP Address WA 7.0.0.0/11
Subnet Mask 255.224.0.0
Number of Address 2097150
NT
IP Address NT 7.56.0.0/14
Subnet Mask 255.252.0.0
Number of Address 262142
QLD
IP Address QLD 8.192.0.0/10
Subnet Mask 255.192.0.0
Number of Address 4194302
NSW
IP Address NSW 8.0.0.0/9
Subnet Mask 255.128.0.0
Number of Address 8388606

2NETWORK AND SECURITY
VIC
IP Address VIC 8.128.0.0/10
Subnet Mask 255.192.0.0
Number of Address 4194302
TAS
IP Address TAS 7.48.0.0/13
Subnet Mask 255.248.0.0
Number of Address 524286
SA
IP Address SA 7.32.0.0/12
Subnet Mask 255.240.0.0
Number of Address 1048574
Routing table entry
Routing Table R1
Destination Network Interface Next Hop
7.60.0.0/24 7.60.0.1 7.60.0.2
7.60.0.0/24 7.60.0.5 7.60.0.6
7.60.0.0/24 7.60.0.9 7.60.0.10
7.60.0.0/24 7.60.0.13 7.60.0.14
7.60.0.0/24 7.60.0.18 7.60.0.17
VIC
IP Address VIC 8.128.0.0/10
Subnet Mask 255.192.0.0
Number of Address 4194302
TAS
IP Address TAS 7.48.0.0/13
Subnet Mask 255.248.0.0
Number of Address 524286
SA
IP Address SA 7.32.0.0/12
Subnet Mask 255.240.0.0
Number of Address 1048574
Routing table entry
Routing Table R1
Destination Network Interface Next Hop
7.60.0.0/24 7.60.0.1 7.60.0.2
7.60.0.0/24 7.60.0.5 7.60.0.6
7.60.0.0/24 7.60.0.9 7.60.0.10
7.60.0.0/24 7.60.0.13 7.60.0.14
7.60.0.0/24 7.60.0.18 7.60.0.17
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3NETWORK AND SECURITY
7.60.0.0/24 7.60.0.21 7.60.0.22
7.60.0.0/24 7.60.0.6 7.60.0.5
7.60.0.0/24 7.60.0.10 7.60.0.9
7.60.0.0/24 7.60.0.14 7.60.0.13
7.60.0.0/24 7.60.0.22 7.60.0.21
7.56.0.0/16 7.56.0.9 7.56.0.10
8.192.0.0/16 8.192.0.8 8.192.0.9
8.128.0.0/16 8.128.0.1 8.128.0.2
8.0.0.0/16 8.0.0.8 8.0.0.9
7.48.0.0/16 7.48.0.9 7.48.0.10
7.32.0.0/16 7.32.0.9 7.32.0.10
Routing Table R2
Destination Network Interface Next Hop
7.60.0.0/24 7.60.0.5 7.60.0.6
7.60.0.0/24 7.60.0.9 7.60.0.10
7.60.0.0/24 7.60.0.13 7.60.0.14
7.60.0.0/24 7.60.0.17 7.60.0.18
7.60.0.0/24 7.60.0.2 7.60.0.1
7.60.0.0/24 7.60.0.10 7.60.0.9
7.60.0.0/24 7.60.0.14 7.60.0.13
7.60.0.0/24 7.60.0.21 7.60.0.22
7.60.0.0/24 7.60.0.6 7.60.0.5
7.60.0.0/24 7.60.0.10 7.60.0.9
7.60.0.0/24 7.60.0.14 7.60.0.13
7.60.0.0/24 7.60.0.22 7.60.0.21
7.56.0.0/16 7.56.0.9 7.56.0.10
8.192.0.0/16 8.192.0.8 8.192.0.9
8.128.0.0/16 8.128.0.1 8.128.0.2
8.0.0.0/16 8.0.0.8 8.0.0.9
7.48.0.0/16 7.48.0.9 7.48.0.10
7.32.0.0/16 7.32.0.9 7.32.0.10
Routing Table R2
Destination Network Interface Next Hop
7.60.0.0/24 7.60.0.5 7.60.0.6
7.60.0.0/24 7.60.0.9 7.60.0.10
7.60.0.0/24 7.60.0.13 7.60.0.14
7.60.0.0/24 7.60.0.17 7.60.0.18
7.60.0.0/24 7.60.0.2 7.60.0.1
7.60.0.0/24 7.60.0.10 7.60.0.9
7.60.0.0/24 7.60.0.14 7.60.0.13
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4NETWORK AND SECURITY
7.60.0.0/24 7.60.0.18 7.60.0.17
7.60.0.0/24 Se0/1/0 7.60.0.21
7.60.0.0/24 7.60.0.21 7.60.0.22
7.56.0.0/16 8.192.0.8 8.192.0.9
8.192.0.0/16 8.128.0.1 8.128.0.2
8.128.0.0/16 7.0.0.8 8.0.0.9
8.0.0.0/16 7.48.0.9 7.48.0.10
7.48.0.0/16 7.32.0.9 7.32.0.10
7.32.0.0/16 7.0.0.9 7.0.0.10
Routing Table R3
Destination Network Interface Next Hop
8.60.0.0/24 8.60.0.17 8.60.0.18
8.60.0.0/24 8.60.0.1 8.60.0.2
8.60.0.0/24 8.60.0.5 8.60.0.6
8.60.0.0/24 8.60.0.9 8.60.0.10
8.60.0.0/24 8.60.0.21 8.60.0.22
8.60.0.0/24 8.60.0.2 8.60.0.1
8.60.0.0/24 8.60.0.6 8.60.0.5
8.60.0.0/24 8.60.0.10 8.60.0.9
8.60.0.0/24 8.60.0.14 8.60.0.13
8.60.0.0/24 8.60.0.22 8.60.0.21
7.60.0.0/24 7.60.0.18 7.60.0.17
7.60.0.0/24 Se0/1/0 7.60.0.21
7.60.0.0/24 7.60.0.21 7.60.0.22
7.56.0.0/16 8.192.0.8 8.192.0.9
8.192.0.0/16 8.128.0.1 8.128.0.2
8.128.0.0/16 7.0.0.8 8.0.0.9
8.0.0.0/16 7.48.0.9 7.48.0.10
7.48.0.0/16 7.32.0.9 7.32.0.10
7.32.0.0/16 7.0.0.9 7.0.0.10
Routing Table R3
Destination Network Interface Next Hop
8.60.0.0/24 8.60.0.17 8.60.0.18
8.60.0.0/24 8.60.0.1 8.60.0.2
8.60.0.0/24 8.60.0.5 8.60.0.6
8.60.0.0/24 8.60.0.9 8.60.0.10
8.60.0.0/24 8.60.0.21 8.60.0.22
8.60.0.0/24 8.60.0.2 8.60.0.1
8.60.0.0/24 8.60.0.6 8.60.0.5
8.60.0.0/24 8.60.0.10 8.60.0.9
8.60.0.0/24 8.60.0.14 8.60.0.13
8.60.0.0/24 8.60.0.22 8.60.0.21

5NETWORK AND SECURITY
8.56.0.0/16 8.0.0.9 8.0.0.10
9.192.0.0/16 9.56.0.9 8.56.0.10
9.128.0.0/16 9.192.0.8 9.192.0.9
9.0.0.0/16 9.128.0.1 9.128.0.2
8.48.0.0/16 9.0.0.8 9.0.0.9
8.32.0.0/16 8.48.0.9 8.48.0.10
8.56.0.0/16 8.0.0.9 8.0.0.10
9.192.0.0/16 9.56.0.9 8.56.0.10
9.128.0.0/16 9.192.0.8 9.192.0.9
9.0.0.0/16 9.128.0.1 9.128.0.2
8.48.0.0/16 9.0.0.8 9.0.0.9
8.32.0.0/16 8.48.0.9 8.48.0.10
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6NETWORK AND SECURITY
IP Address for the Network Interface Card to Connect NT, WA and SA
Router NIC IP Address
R1 #5 7.60.0.1
R1 #8 7.0.0.10
R1 #6 7.60.0.18
R1 #7 7.0.0.9
R2 #4 7.56.0.10
R2 #2 7.60.0.5
R2 #3 7.56.0.9
R2 #1 7.60.0.2
R3 #9 7.60.0.14
R3 #10 7.60.0.17
R3 #11 7.32.0.9
R3 #12 7.32.0.10
IP Address for the Network Interface Card to Connect NT, WA and SA
Router NIC IP Address
R1 #5 7.60.0.1
R1 #8 7.0.0.10
R1 #6 7.60.0.18
R1 #7 7.0.0.9
R2 #4 7.56.0.10
R2 #2 7.60.0.5
R2 #3 7.56.0.9
R2 #1 7.60.0.2
R3 #9 7.60.0.14
R3 #10 7.60.0.17
R3 #11 7.32.0.9
R3 #12 7.32.0.10
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7NETWORK AND SECURITY
Bibliography
Absar, N., Wahab, M. A., & Sikder, M. K. U. (2017). Performance measurement of open
shortest path first (OSPF) protocol in IP networks. Int. J. Eng. Res, 6(2), 110-115.
He, L., Zhang, X., Cheng, Z., & Jiang, Y. (2016, July). Design and implementation of
SDN/IP hybrid space information network prototype. In 2016 IEEE/CIC
International Conference on Communications in China (ICCC Workshops) (pp. 1-6).
IEEE.
Huitao, W., Ruopeng, Y., & Xiaofei, Z. (2019, April). Research on IP Address Allocation of
Tactical Communication Network. In Journal of Physics: Conference Series (Vol.
1187, No. 4, p. 042105). IOP Publishing.
Kajimura, J., Ishida, S., Tagashira, S., & Fukuda, A. (2017). Design of Distributed
Calculation Scheme Using Network Address Translation for Ad-hoc Wireless
Positioning Network. In Information Search, Integration, and Personlization (pp. 33-
48). Springer, Cham.
Ulmer, A., Schufrin, M., Sessler, D., & Kohlhammer, J. (2018, October). Visual-Interactive
Identification of Anomalous IP-Block Behavior Using Geo-IP Data. In 2018 IEEE
Symposium on Visualization for Cyber Security (VizSec) (pp. 1-8). IEEE.
Wübbeling, M., & Meier, M. (2016, November). Improved Calculation of aS Resilience
against IP Prefix Hijacking. In 2016 IEEE 41st Conference on Local Computer
Networks Workshops (LCN Workshops) (pp. 121-128). IEEE.
Bibliography
Absar, N., Wahab, M. A., & Sikder, M. K. U. (2017). Performance measurement of open
shortest path first (OSPF) protocol in IP networks. Int. J. Eng. Res, 6(2), 110-115.
He, L., Zhang, X., Cheng, Z., & Jiang, Y. (2016, July). Design and implementation of
SDN/IP hybrid space information network prototype. In 2016 IEEE/CIC
International Conference on Communications in China (ICCC Workshops) (pp. 1-6).
IEEE.
Huitao, W., Ruopeng, Y., & Xiaofei, Z. (2019, April). Research on IP Address Allocation of
Tactical Communication Network. In Journal of Physics: Conference Series (Vol.
1187, No. 4, p. 042105). IOP Publishing.
Kajimura, J., Ishida, S., Tagashira, S., & Fukuda, A. (2017). Design of Distributed
Calculation Scheme Using Network Address Translation for Ad-hoc Wireless
Positioning Network. In Information Search, Integration, and Personlization (pp. 33-
48). Springer, Cham.
Ulmer, A., Schufrin, M., Sessler, D., & Kohlhammer, J. (2018, October). Visual-Interactive
Identification of Anomalous IP-Block Behavior Using Geo-IP Data. In 2018 IEEE
Symposium on Visualization for Cyber Security (VizSec) (pp. 1-8). IEEE.
Wübbeling, M., & Meier, M. (2016, November). Improved Calculation of aS Resilience
against IP Prefix Hijacking. In 2016 IEEE 41st Conference on Local Computer
Networks Workshops (LCN Workshops) (pp. 121-128). IEEE.
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