Question Assignment description
ECE4325/5325
Project 2
Undergrad project:
You might be in cost in designing the community for a medium measurement enterprise.
The enterprise is situated in a single constructing with three flooring. The primary
flooring has 120 PCs, the second flooring has 120 PCs, and the third flooring has 250
PCs. As well as every flooring will want to Help VOIP telephones and
printers. For every PC there will even be a VOIP telephone. Lastly every flooring could have at least 50
printers. All gadgets could have their
personal IP tackle, however the VOIP telephones and printers don’t want to entry the
Web. Your small business has been allotted 66.250.zero.zero/23 IP tackle house
by the ISP to join to the Web. The ISP has additionally allotted an IP
tackle to your exterior router for connecting to their router. That IP
tackle is 66.250.255.254/30. You may additionally use RFC 1918 tackle house as
wanted.
Your design wants to use generic community tools. Assume the router(s)
have the variety of interfaces you want. Additionally assume the switches solely
Help one community per swap and have 48 ports on every swap. You’ll
want to diagram out the community with the community data, construction of the
community, IP tackle data, and connectivity to the ISP. Assume
Ethernet for the hyperlink sorts with the enterprise buying 100Mbs of Ethernet to
the ISP. You’ll make the remainder of the
choices in regards to the variety of Ethernet hyperlinks and their bandwidth. The enterprise out-sources its servers and
wi-fi, so you don’t want to embody them. The community diagrams are to
be performed in PowerPoint utilizing the community icons supplied. The PowerPoint
wants to be simply considered and never cluttered.
I don’t want an icon for each PC, telephone, and so on. So you will want to discover a approach to convey the
data compactly. The write up on the project explaining the diagram and
how the general construction helps the necessities of the project will likely be performed
in Phrase. The recordsdata are to be uploaded on Blackboard individually (not
zipped) with the filenames ECE4325_lastname_project2.docx and
ECE4325_lastname_project2.pptx.
Graduate project:
You might be in cost in designing the community for a massive measurement enterprise. The
enterprise is situated on a campus with three buildings every having three
flooring. Within the first constructing the primary flooring has 270 PCs plus a server
farm that has 90 servers, the second flooring has 130 PCs, and the third flooring has
155 PCs. Within the second constructing, the primary flooring has 130 PCs, the second
flooring has 85 PCs, and the third flooring has 90 PCs. Within the third constructing,
the primary flooring has 150 PCs, the second flooring has 140 PCs, and the third flooring
has 80 PCs. As well as every flooring will want to Help the identical variety of VOIP
telephones because the variety of PCs on the ground.
Every flooring could have at least 50 printers. Additionally you will want to
Help a wi-fi community on every flooring and with twice the variety of wi-fi
purchasers as PCs per flooring. Every AP can solely Help 25 purchasers. Your
enterprise has been allotted up to 69.155.zero.zero/16 IP tackle house by the ISP to
join to the Web. The ISP has additionally allotted an IP tackle to your
exterior router for connecting to their router. That IP tackle is 66.250.255.250/30.
You may additionally use RFC 1918 tackle house as wanted. The VOIP telephones and
printers don’t want to entry the Web however the PCs and wi-fi purchasers
do. Assume Ethernet for the hyperlink sorts with the enterprise buying 1Gbs
of Ethernet to the ISP. You’ll make
the remainder of the selections in regards to the variety of Ethernet hyperlinks and their
bandwidth. You may additionally use RFC 1918
tackle house as wanted. You could resolve how a lot IP tackle house to use
whereas returning the remaining portion again to the ISP since you have to pay for
each IP tackle used. Additionally, you will have to subnet on CIDR block boundaries
with your entire public IP tackle house utilized by enterprise contained inside a
single CIDR block. This implies just one IP route will likely be marketed to the
Web. The server community will likely be separate from the PC networks. The
wi-fi networks may be separate from the PC community per flooring or they are often
mixed with the PC community on every flooring. You’ll have to decide
the variety of APs wanted and the relevant IP tackle house wanted.
Your design wants to use generic community tools. Assume the router(s)
have the variety of interfaces you want. Additionally assume the switches solely
Help one community per swap and have 48 ports on every swap. You’ll
want to diagram out the community with the community data, construction of the
community, IP tackle data, and connectivity to the ISP. The community
diagrams are to be performed in PowerPoint utilizing the icons supplied. The
PowerPoint wants to be simply considered and never cluttered. I don’t want an icon for each PC, telephone,
and so on. So you will want to discover a approach to
convey the knowledge compactly. The write up on the project explaining the
diagram and the way the general construction helps the necessities of the project
will likely be performed in Phrase. The recordsdata are to be uploaded on Blackboard
individually (not zipped) with the filenames ECE5325_lastname_project2.docx and
ECE5325_lastname_project2.pptx.
For each sections: for budgetary functions, assign $1 for every
public IP tackle assigned, $1 per megabit of bandwidth for every router hyperlink
and $5,000 for every swap, and $500 for every entry level. You could justify all design choices in your
write-up and illustrate them within the presentation.
You may be graded on the next:
1.
One CIDR block marketed to Web.
(Graduate College students)
2.
No overlapping subnets.
three.
Subnets are appropriately sized.
four.
Clear diagram(s) that precisely
conveys the community structure.
5.
Clear write-up that describes the
choices made.
6.
Clear justifications of the selections
within the write-up.
7.
Acceptable use of public / non-public
IPs
eight.
Acceptable use of routers.
9.
Acceptable use of switches.
10.
Acceptable use of Aps. (Graduate
College students)
