Wireless Network Proposal For ABC Institution In Canberra

Campuses floor mapping

The ABC is an technology institution that is found in America and currently had extended to Canberra which is a new branch, in canberra there are two mid-size campuses which are separated with a distance of 2km .The campuses has different dimensions where the first has 1600 meters by 1400 meters area while the second one is having an area of 1200 meters by 800 meters.

However in the first branch there are total of four buildings which hosted three colleges which includes IT, physics and chemistry and the library, the second campus consisted of three buildings which includes administration office, Business College and the library.

Below are the various network requirements to be implemented in the ABC network.

1. Use of the wireless technology to be used by the students and staffs.
2. Use of wired technology to be used by the staffs.

• To connect the two campuses using best media technology.

1. The network to enable the use of wireless technology in both indoor and outdoor.
2. The network to use DHCP server to assign the ip address to the users and guests.
3. The network system should allow guest access system without authentication.

• The network system should be made secure through various measures.
• Network design analysis

The network design represents how the network devices are be laid in the network and how the various network components are linked and do communicate with each other, below are the two branches network designs showing the floor plans in each campus.

1.1 Campuses floor mapping

1.1.1  ABC First Campus Floor Mapping Plan

The above figure represents the floor plan for the 1^st campus branch which consists of four buildings that hosts the IT College, chemistry college, Physics College and the Library building.

In this network there are various components as follows:

1. DHCP sever: This is the server that is located in the IT building and its main function is to assign the ip addresses to the computers and the devices that are connected to the network either through wired or wireless connection.
2. The switches: The network has switches that are used in the buildings network sections in order to link other devices that are in the network including the computers and access point devices.

• The router: The router is also used in this network section in order to link this first branch to the second branch.

1. The access points: These are the devices that are linked in the various network sections in order to allow the wireless connectivity to the users who are using wireless devices like the tablets and mobile devices that are both indoor and outdoor of the IT College, Chemistry College, Physics College and the library building.
2. Computers: These are devices used in the network buildings and is connected to the network using a wired connection media in the IT college, chemistry college, Physics College and the library building.
3. ABC Second Campus Floor Mapping Plan

The above figure represents the floor plan for the 1^st campus branch which consists of four buildings that hosts the IT College, chemistry college, Physics College and the Library building.

In this network there are various components as follows:

1. DHCP sever: This is the server that is located in the Administration building and its main function is to assign the ip addresses to the computers and the devices that are connected to the network either through wired or wireless connection.
2. The switches: The network has switches that are used in the buildings network sections in order to link other devices that are in the network including the computers and access point devices and connect the building network to each other.

• The router: The router is also used in this network section in order to link this second branch to the first branch [7].

1. The access points: These are the devices that are linked in the various network sections in order to allow the wireless connectivity to the users who are using wireless devices like the tablets and mobile devices that are both indoor and outdoor of the administration building, business college building, library building and recreational site area.
2. Computers: These are devices used in the network buildings and is connected to the network using a wired connection media and they are located in the administration building, business college building, library building where they are mainly used by the campus staffs.
3. Implementation of the security and the integrity of the ABC network

The network security is very vital and it is required to ensure that the system is secure from any intrusion by the various malicious attackers who might be intending to steal some information from the network or even destroy the network system.

Below are the measures taken to implement the network security.

1. System authentication. This is type of measure that is used by the network designer to control the access by the users of the network the authentication is used by setting up the password that the users and the guests will require to use to access the wired or wireless network.
2. Use of virtual private network. This is another method where the network is configured virtually and this hides the physical network from being accessible by the attackers and thus improving the network security.

• Wired Equivalent Privacy. This is a technology that is configured to encrypt the network and mainly protects the wireless type of network from nay intruders.

1. Wi-Fi Protected Access. This is type of the network security option and is mainly used in the wireless network and it is an improvement of the wired equivalent privacy network security [6].
2. IP address design

The ABC institution is currently growing and is expecting to receive many students where the population will increase u to 6% therefore the network designed requires to be adjustable to accommodate all the students respectively.

Below shows the calculation of the ip addresses for each building in every campus.

Branch	Building	Required ip addresses
First branch	IT college	689
Chemistry college	212
Physics College	350
Second branch	Administration building	265
Business college building	106

First branch

The first branch has a total of three colleges and each has a number of required ip addresses as follows IT college 689, chemistry college 212 and physics college 350 and below is the total ip address required in each as follows.

Total Hosts are 1251 therefore,

Total Hosts = 1251

2^k   = (1251 + 6).

2¹¹ = (2048>1257).

Network’s bits = 32 – 11 = 21

Network’s IP-Addresses = 192.168.0.0/21Broadcast’s IP-Addresses: – 192.168.7.255Subnet masks = 255.255.248.0Range of IP addresses = 192.168.0.1- 192.168.7.254

Second branch

The second branch has Business College and the staffs and administration building and each has a number of required ip addresses as follows Business College 106 and staff/administration College 265 and below is the total ip address required in each as follows.

Total Hosts are 371 therefore,

Total Hosts = 371

2^k   = (371 + 4).

2⁹ = (512>375).

Network’s bits = 32 – 9 = 23

Network’s IP-Addresses = 192.169.0.0/23

Broadcast’s IP-Addresses: – 192.169.1.255

Subnet masks = 255.255.254.0

Range of IP addresses = 192.169.0.1- 192.169.1.254 [5].

Ip address plan table

Subnet name	subnet address	subnet mask	first useable address	last useable address	broadcast address	static address range	DHCP address range
First branch
IT college	192.168.0.0	/21	192.168.0.1	192.168.0.180	192.168.0.181	192.168.0.1-192.168.0.2	192.168.0.3-192.168.3.181
Chemistry college	192.168.3.182	/21	192.168.3.183	192.168.4.168	192.168.4.169	192.168.3.183-192.168.3.184	192.168.3.1842- 192.168.4.169
Physics College	192.168.4.185	/21	192.168.4.186	192.168.6.31	192.168.6.32	192.168.4.185-192.168.4.186	192.168.4.187- 192.168.6.32
Second branch
Administration building	192.169.0.0	/23	192.169.0.1	192.169.0.106	192.169.0.106	192.169.0.1-192.169.0.2	192.169.0.3-192.169.0.108
Business college building	192.169.0.109	/23	192.169.0.110	130.0.2.118	130.0.2.119	192.169.0.109-192.169.0.110	192.169.0.111-192.169.1.118

Network topology diagram

Hardware and software analysis  APs and devices brands

The network connection requires the use of the access points devices and there are various options that can be used in setting the access points.

Below are the various access point devices that can be used.

Device name	Brand	Model	Series	Range covered	speed
D-Link DAP-1360	D-Link	DAP-1360	1360	500 M	300Mbit/s
Linksys WAP300N	Linksys	WAP300N	300N	1000 M	600Mbit/s

Suitable APs for indoor and outdoor

From the two selected wireless devices the best selected device is the Linksys WAP300N due to the following:

1. It supports hire speed in signals transmission.
2. It is able to transmit signals for a longer distance without attenuation [2].
3. The desired type of link(s) between campus

In the network connection the two campuses will be linked using a wire media which will be more efficient in the transmission of the network signals from one network branch to the other. Below is the selected link type to be used between the campuses.

1. The router: The router is the device or link terminal that will connect the first and the second branches networks and enable the efficient transmission of network signals [1].
2. The fibre optic cable: The fibre optic cable is the connection media that will be used to link the two networks through the network routers, the fibre optic cable is used due to its high transmission speed, it supports long distance transmission without attenuation and it is able to overcome the electromagnetic effects.

Reference

[1] S. Andrew, Computer Networks. New York: Prentice Hall,2015.

[2] A. Behrouz, Data Communication and Networking.New York: McGraw-Hill Education,2016.

[3] C.Douglas,Internetworking with TCP/IP, Volume1.California: Addison-Wesley Professional,2017.

[4] I. Forouzan, Computer Networks: A Top – Down Approach.New York: McGraw-Hill, 2014.

[5] C. Tom, IPv6 Address Planning: Designing an Address Plan for the Future. San Francisco: O’Reilly Media, 2016.

[6] S. William,Data and Computer Communication. New Delhi: Tata McGraw Hill, 2014.