cisco packet tracer case study

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PDF DESIGN AND SIMULATION OF AN ENTERPRISE NETWORK USING PACKET TRACER: A Case Study of a Model Second… 55 Pages DESIGN AND SIMULATION OF AN ENTERPRISE NETWORK USING PACKET TRACER: A Case Study of a Model Secondary School  DESIGN AND SIMULATION OF AN ENTERPRISE NETWORK USING PACKET TRACER: A C

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IJIRST - International Journal for Innovative Research in Science and Technology

The purpose of this paper is to communicate between different Virtual-LANS and to learn more about VLAN Trunking and its operations. VLAN (virtual local area network) is used for configuring Layer-2 network. In this paper we have done an INTER-VLAN routing configured to connect different VLANs in a network whereas connecting in the same VLAN is also possible. INTER-VLAN ROUTING is also known as ROUTER-ON-A-STICK. Generally to communicate between two departments we need a Layer-3 device in place. Layer-3 switch is used on the network to configure INTER-VLAN routing without the need of a router. It is also configured to connect the different VLANS using some of the routing protocol, such as RIP and OSPF. We can also include a DHCP server in topology; the DHCP (dynamic host configuration protocol) is also invoked in this paper, to automatically configure an IP address for the each host. Application of this paper is enable a secure connection in the organization, such as information of higher level (management) is protected from the lower level (Workers) in an organization on a single network.

MARIE DIMANCHE

Daniel Gozalvez

ABDULRAZAQ BELLO

Introduction This guide is primarily about TCP/IP network protocols and ethernet network architectures, but also briefly describes other protocol suites, network architectures, and other significant areas of networking. This guide is written for all audiences, even those with little or no networking experience. It explains in simple terms the way networks are put together, and how data packages are sent between networks and subnets along with how data is routed to the internet. This document is broken into five main areas which are: 1. Basics-Explains the protocols and how they work together 2. Media-Describes the cabling and various media used to send data between multiple points of a network. 3. Architecture-Describes some popular network architectures. A network architecture refers to the physical layout (topology) of a network along with the physical transmission media (Type of wire, wireless, etc) and the data access method (OSI Layer 2). Includes ethernet, Token Ring, ARCnet, AppleTalk, and FDDI. This main area of the document can and should be skipped by those learning networking and read later. 4. Other Transport Protocols-Describes IPX/SPX, NetBEUI, and more. 5. Functions-Explains some of the functionality of networking such as routing, firewalls and DNS. 6. Further Details-Gives information about some protocols not covered in the "Basics" section. In the future, it will include more information about packet fragmentation and re-assembly along with more details about UDP and especially TCP and TCP connections. 7. More Complex functions-Documents multicasting, dynamic routing, and network management 8. Applications-Documents how some of the applications work such as ping and traceroute. In the future, it will cover telnet, Rlogin, and FTP. 9. Other Concerns-Includes installing drivers, network operating systems, applications, wide area networks, backing up the network and troubleshooting the network. 10. References-Includes a reference list of terms, RFCs and recommended reading. The reader may read this document in any order, but for beginners, it would be best to read through from the beginning with the exception of sections 2 (media), 3 (architecture), and 4 (other). At some point, however, the reader should be able to break from the basics and read about routing and IP masquerading.

Valentín Belisario Domínguez Vera

Numeric systems, Subnetwork fundamentals, Subnetting Exercises, Sistemas numéricos, fundamentos de subneteo, ejercicios de subneteo

Prasad Vasudewan

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Today’s world is impossible without e-mails, online banking, chats and other important services provided by the internet. In this services computer network play very important role to exchange the information from one point to another .so we can say communication network, along with transportation networks, have become essential infrastructure in every society that allows the flow of people information and goods. For interconnectivity of components, network topology describe the physical and logical appearance and interconnection between arrangement of computers, cables and other component in a data communication network and how to be used for taking a packet from one device and sending it through the network to another device on a different network. . So in this paper, we are designing a network using a network simulator tool i.e. Cisco packet tracer, while keeping focus on bus, star, mesh topology to understand various concepts such as topology design, IP address configuration and how to send information in form of packet in a single network.

Petar Boyanov

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Router Configuration With Cisco Packet Tracer

In this network, a router and 2 PCs are used. Computers are connected with routers using a copper straight-through cable. After forming the network, to check network connectivity a simple PDU is transferred from PC0 to PC1. The network simulation status is successful. From this network, it can be observed that the router handles data transfers between multiple devices.  

Step-1(Configuring Router1):

• Select the router and Open CLI.
• Press ENTER to start configuring Router1.
• Type enable to activate the privileged mode.
• Type config t(configure terminal) to access the configuration menu.
• Configure interfaces of Router1:

• Type interface FastEthernet0/0 to access FastEthernet0/0 and Configure the FastEthernet0/0 interface with the IP address 192.168.10.1 and Subnet mask 255.255.255.0. • Type interface FastEthernet0/1 to access GigabitEthernet0/0 and Configure the FastEthernet0/1 interface with IP address 192.168.20.1 and Subnet mask 255.255.255.0.

      6. Type no shutdown to finish.

Router1 Command Line Interface:

Router>enable Router#config t Enter configuration commands, one per line.  End with CNTL/Z. Router(config)#interface FastEthernet0/0 Router(config-if)#ip address 192.168.10.1 255.255.255.0 Router(config-if)#no shutdown Router(config-if)# %LINK-5-CHANGED: Interface GigabitEthernet0/0, changed state to up Router(config-if)#interface FastEthernet0/1 Router(config-if)#ip address 192.168.20.1 255.255.255.0 Router(config-if)#no shutdown

Step-2(Configuring PCs):

• Assign IP Addresses to every PC in the network.
• Select the PC, Go to the desktop and select IP Configuration and assign an IP address, Default gateway, Subnet Mask
• Assign the default gateway of PC0 as 192.168.10.1.
• Assign the default gateway of PC1 as 192.168.20.1.

Step-3(Connecting PCs with Router):

• Connect FastEthernet0 port of PC0 with FastEthernet0/0 port of Router1 using a copper straight-through cable.
• Connect FastEthernet0 port of PC1 with FastEthernet0/1 port of Router1 using a copper straight-through cable.

Router Configuration Table:

PC Configuration Table:

Designed Network topology:

Simulation of Designed Network Topology:

Sending a PDU From PC0 to PC1:

Acknowledgment From PC1 to PC0:

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