Practical Assignment $2$

Assignment Instructions

Preferred tool:

$$ Cisco Packet

Tracer

Submission Instructions

The students are required to submit.

$1.$ Word file $/$ PDF file with Table $1$ Completed

$2.$ Packet tracer file

Assignment title: Configuring OSPF in the given network.

Objectives

Part $1$: Design an IP Addressing Scheme $($Complete the Table $1)$

Part $2$: Implement the Design in Packet tracer $.$ Assign IP Addresses to Network Devices

and Verify Connectivity

Part $3$: Configure OSPF

Part $4$: Verify connectivity.

Background $/$ Scenario

This is your first day at Job $.$ You are given an IP Address of $192\mathrm{.}168\mathrm{.}100\mathrm{.}0/24$ by your Network

Administrator, and you are required to do the following.

$$ You have to do subnetting and complete Table $1$ given below.

$$ You have to make sure that each LAN in this network gets $25$ ip addresses for PC$$s $,$

switch VLAN and Router $($see Figure $1)$

$$ You have to implement the given scenario in packet trace and assign ip addresses to all

the devices as per the table.

$$ You have to configure OSPF routing protocol between routers.

$$ You have to verify the connectivity between hosts and make sure that the network is fully

functional.

In this activity, you are given the network address of $192\mathrm{.}168\mathrm{.}100\mathrm{.}0/24$ to subnet and

provide the IP address for the Packet Tracer network. Each LAN in the network requires at

least $25$ addresses for end devices, the switch and the router. The connection between R$1$

to R$2$ will require an IP address for each end of the link.

Figure $1$ : Network Design

Device Interface IP Address Subnet Mask Default Gateway

R$1$ G$0/0$

R$1$ G$0/1$

R$1$ S$0/0/0$

R$2$ G$0/0$

R$2$

G$0/1$

R$2$

S$0/0/0$

S$1$ VLAN $1$

S$2$ VLAN $1$

S$3$ VLAN $1$

S$4$ VLAN $1$

PC$1$ NIC

PC$2$ NIC

PC$3$ NIC

PC$4$ NIC

Table $1$ : IP Addressing Table

Points Value : $20$

Rubric

Assignment Section Possible Points Points Scored

Part $1$ : Completed Table $1$ with correct

subnetting.

$10$

Part $2$ : Implementation of Network

Design $($Figure $1)$ in Packet Tracer and

configuring devices with IP Addresses

as per Table $1$

$5$

Part $3$: OSPF configurations $5$

Part $4$: Fully functional Network and

connectivity versification

$5$

Total Points $20$

Learning Outcomes

LO$5$: Implement communication protocols that achieve one or more specific security

Practical Assignment $2$

Assignment instructions

Preterred tool:

Cisoo Packet

Submission Instructions

The studente sre required to submit

Word file FDE file with Table $1$ Completec

$2$ Picket tracer fite

Assignment title: Configuring OSPF in the given network.

Objectives

Pert $1$ : Design an IP Addrasing Scheme $($Complete the Table $1)$

Pari $2.$ implement the Design in Pscket traces Assign IP Adidesses to Network Devioes

and Verrify Connectivity

Part $3.$ Contigure OSPF

Fart $4.$ Verify connectivity.

Background$/$ Scenario

Adinitistrator. and you sre required to do the following.

You bave to do subneting and oomplete Table $1$ given below.

awitch VLAN and Router $($see Figure $1)$

You have to implament the given scenario in packet thace and assign ip$.$ addrasses to atl

the devies as par$-$the table.

You tases to canflute OSPF routing protocol between routers.

functional

In this activity, you are given the network address of $192168\mathrm{.}100\mathrm{.}0124$ to subriet and

provide the IP address for the Packet Jrecer network Each LAN in the network requires at

least $25$ addresses for end devices, the switch and the router, The connection between R$1$

to R$2$ will require an IP address for each end of the link.

Figute $1$: Netrorix Design

Table I: IP Adartasting Table

Rubric

Learning Outcomes

LOS: Implement cornmunication protocols that achieve one or more specific security

goals.