University Network Design and Cloud Computing Proposal

This assignment presents a comprehensive networking case study for an Australian data analytics company expanding to San Francisco and Osaka. The project encompasses the design of a network, including a detailed network diagram illustrating the connections between the existing and new branches, and the allocation of IP addresses. It involves subnetting the network to optimize performance and security. The student has provided an executive summary outlining the project's objectives, scope, and methodology. Furthermore, the assignment includes research on appropriate network devices and a proposal for utilizing cloud computing, addressing considerations of security, performance, and cost-effectiveness. The solution includes subnetting tables, router interfaces, and server configurations to ensure seamless data access across all branches. The student also provides a discussion of the cloud computing model, highlighting the benefits of cloud services and their integration with the network infrastructure.

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Study about Networking
University Name-
Student Name-
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Index
Serial Number Content Page Number
1. Executive Summary 3
2. Network Diagram 4
3. Sub-netting the network & assign IP
address
5
4. Research 7
5. Cloud computing proposal 9
6. Bibliography 10
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Part 1: Executive Summary
The main purpose of this case study was to provide a strong network so that a perfect amount
of connection is available at all stage. The places which are in targeted here are:
1. SEOUL
2. SEATTLE
3. SAN FRANCISCO
Purpose:
The main aim of this project is to provide strong connectivity among people is defined by
part 2. Another aim is to provide a wide range of systematic analysis and to bring out a strong
connection is defined by part 3. A major purpose of this experiment is to design network that
can provide benefits for one and all. A well generated connection is a major part of weather
forecasting and its creative nature is defined by part 4. Sustainable can be made through this
case study and this the major target of the entire experiment.
Scope:
In case of networking the major target is to set connection in all angle is explained through
part 2. IP address plays a crucial in exact location from where the action are taking place and
how it is happening throughout is explained through part 3. Scope also include the fact of
developing multiple vision and to make connection easier for all is explained by part 4. The
main result that can be solved through this case study is that the network that will help to
provide multi communication site (Lucas 2009 pp.102-109).
Objectives:
The major objectives is to talk about different IP address the main targets of this experiment
was to design proper tacking identity is explained by part 2. The objectives also includes
maintaining a stable connection throughout is explained by part 3. By following the SMART
principle following things have being gained is learned through part 4:
1. Specific target was achieved and the connection was available to all.
2. A perfect measurement was done for the route analysis circuit.
3. A large extent of the goal ware made satisfying and they made a huge attention
throughout.
4. Interlinking and relevant points were achieved and they gain a proper succession.
5. A major advantage is to define a connection that can remain in a well versed form at
all sides (Witty 2010 pp. 134-140).
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Part 2: Network Specification and diagram:
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Internet
SEOUL
W
E
B
M
A
I
L
HONG
KONG
LAN
LAN
VANCOUVER
SEATTLE
TOKYO
OSAKA
SAN
FRANCISCO
LAN LAN
LAN
LAN
LAN
D
B
U
S
E
R
2 SERVERS
2 SERVERS

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Fig : Visio Diagram (Ohlman, 2012 p.50)
The networking site defines the locating area. It has the port address of this channel is
104.200.16.26/30. All the locations are allocated according to the designated version. A
straight connected is provided through the 5 places each connecting with the LAN. The main
action allows the server of database to get connected properly. It also describes several stages
of implications and how and when the line-up can be set. The connection is made stronger so
that it can be gained a wider connection even when passing through sea. SEATTLE was
made the strongest point and it defined an all over describing sections in all cases. It also
showed certain manufacturing parts that can get connected through all WLAN. The wires are
made connecting and this defines a steady state. The user makes the part wide allocating and
the changes get attached with all doting sites.
The servers are attached through series of LAN and they are defined through and designed by
different perspective. The main line is attached through wires and it can gets communicable
all around. The lines get attached at every meet and they show a duration of scale showing
severity of every aspect. The manufacture and their procedures are cured and aligned at every
point of management. The internet has two versions of the user and of the databases. The
main connection takes place by route analysis. The modelling of cloud is interlinked here.
Through the entire mechanism, the generations are passed and they are described
accordingly. The IP needs to get attached and they get aligned according to the model
suggested. For each row a series of 2 rows are used for each case. It also describes several
descriptions and how the exact alignment happens. The series also defines the generations of
current produced for this network and its action (Calvert 2009 pp.227-238).
Part 3: Sub-netting the network:
Subnets
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Subnet name Subnet Address Subnet mask
Seoul.01 104.200.16.26/30 104.200.16.26/400
Seattle.02 104.200.16.26/14 104.200.16.26/70
San
Francisco.03 104.200.16.26/14 104.200.16.26/150
Osaka.04 104.200.16.26/14 104.200.16.26/50
Hong Kong .05 104.200.16.26/30/18 104.200.16.26/80
Vancouver 104.200.16.26/30/18 104.200.16.26/15
Router Interfaces
Location Interface IP address Subnet Mask
Seoul.01 104.200.16.26/30 104.200.16.26/400 104.200.16.26/400
Seattle.02 104.200.16.26/14 104.200.16.26/70 104.200.16.26/70
San Francisco.03 104.200.16.26/14 104.200.16.26/150 104.200.16.26/150
Osaka.04 104.200.16.26/14 104.200.16.26/50 104.200.16.26/50
Hong Kong .05 104.200.16.26/30/18 104.200.16.26/80 104.200.16.26/80
Vancouver 104.200.16.26/30/18 104.200.16.26/15 104.200.16.26/15
Servers Servers Servers Servers
Location Interface IP address Subnet Mask
Seoul.01 104.200.16.26/30 104.200.16.26/400 104.200.16.26/400
Seattle.02 104.200.16.26/14 104.200.16.26/70 104.200.16.26/70
San Francisco.03 104.200.16.26/14 104.200.16.26/150 104.200.16.26/150
Osaka.04 104.200.16.26/14 104.200.16.26/50 104.200.16.26/50
Hong Kong .05 104.200.16.26/30/18 104.200.16.26/80 104.200.16.26/80
Vancouver 104.200.16.26/30/18 104.200.16.26/15 104.200.16.26/15
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The class B network is attached and it has expansion according to the additional site. The
allocating varies design defines the variation process. The address of IP and its section as IP
address of 104.200.16.26/30 is mentioned. This is done according to the variation process and
they are described as according to the range of dotting values. The writer and its domain gets
identified through this matter. The allowance is matched and linked with different degree and
their locating targets. The correct address are enhanced according to correct drawings and
done by various process generation. The allocation is dependent on several locating targets
and its origin of developer (H.P 2011 pp.1152-1161).
Part 4: Research and appropriate sources along with devices.
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DATA SERVICES
AND
SEGMENTATION
SEOUL
OSAKA
LAN
WAN
SEATTLE
SAN
FRANCISCO
HONG
KONG
LAN

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Executive Summary:
The main approach is set on the fact of having a connection in such a way so that the
highlights takes place from one part to the other. The main aim is that recognition should be
given equal alignment study and it should be linked with all the sections of channelling. The
part of attachment and its study is considered with several section. The route and WLAN was
connected in a vice versa manner, so that no disrupt. Here both the hardware and the software
were conglomerated and they had several concept and aligned study. No interruptions or
justifying manual creativeness was developed. All connections were made assigned digitally
(Newton 2011).
Weighted Decision Matrix:
The main attributes and features of this study is to provide a connection that is completely
wireless based. It provides different issues in a positive side that disconnection does not take
place. The routes and the switches are made automated so that no charging problem occurs.
The LANS are controlled here through the switch pattern. The connection was attached at
underlying base so that no illusive nature gets hampered. The routers were developed in
parallel section for each case. It showed different allured parts with excess modulations.
For the entire process a total budget of $10,000 was allocated. This was showed that the
budget was high and thus it helped to show different prospect of several strength full portion
of linking of object model and for the entire process the linked part was made stronger. The
amount of variation happened actually showed the link that there is no danger and it was
made full safety proof. Even the marks and the landings developed that gave a marking which
has a strong switching. The light produced helps in showing the sensations and its
connections. This development almost took one year long proceedings (Kim 2011 pp.47-75)
Subnets Subnets Subnets Subnets
Subnet name Subnet Address Subnet mask
1.01 104.200.16.26/30 104.200.16.26/400 104.200.16.26/400
1.02 104.200.16.26/14 104.200.16.26/70 104.200.16.26/70
1.03 104.200.16.26/14 104.200.16.26/150 104.200.16.26/150
1.04 104.200.16.26/14 104.200.16.26/50 104.200.16.26/50
1.05 104.200.16.26/30/18 104.200.16.26/80 104.200.16.26/80
1.06 104.200.16.26/30/18 104.200.16.26/15 104.200.16.26/15
Servers
Location Interface IP address Subnet Mask
1.01 104.200.16.26/30 104.200.16.26/400 104.200.16.26/400
1.02 104.200.16.26/14 104.200.16.26/70 104.200.16.26/70
1.03 104.200.16.26/14 104.200.16.26/150 104.200.16.26/150
1.04 104.200.16.26/14 104.200.16.26/50 104.200.16.26/50
1.05 104.200.16.26/30/18 104.200.16.26/80 104.200.16.26/80
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1.06 104.200.16.26/30/18 104.200.16.26/15 104.200.16.26/15
Router Interfaces
Location Interface IP address
1 104.200.16.26/30 104.200.16.26/400
2 104.200.16.26/14 104.200.16.26/70
3 104.200.16.26/14 104.200.16.26/150
4 104.200.16.26/14 104.200.16.26/50
5 104.200.16.26/30/18 104.200.16.26/80
6 104.200.16.26/30/18 104.200.16.26/15
Part 5: Cloud computing proposal:
1. The major part of Amazon servicing was to provide a strong network that
generated different signalling easier. Through this process the difficulty level gets
reduced, thus showing the exact version of components and its rigid stability. The
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COMPONENTS PRICES
Routers $1000
Switches $2000
Wires $500
LAN $500
WLAN $1000
Composite section $1000
Landings $2000
Mixing wires $1000
Trackers $1000
Total $10000

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entire programming actually defines how each sector gets deposited here and how
all the allocations takes place, at that point it is really helpful to maintain the
strength line so that sudden rupture does not take place. It also enlist the portion in
several directions showing the magnitude in the exact correct relation. The
magnitude gets correlated with the tangents and their networking is shown in that
stable manner (Pauwels 2009 pp.90-102).
2. The desktop has several culmination and for each process the sectioning should be
done brightly. With the true aspect of knowledge, the highlighted part gets the
major helping zone. The wireless connection should have strong connectivity and
this will help to define the exact connection that actually varies from several parts.
The dictionaries are made here according to the concept of data gain and data loss.
The lining version and the connectivity happens through different allocative
section. The clouding model will always give tenacity to maintain strong
connection with diluted part. It is always beneficial to avoid the concentration
process. The values get measured accordingly showing every aspect of
concentrations.
3. With a high standard of contract and their implications shows the value of the
prices and how each can improve. The exact quality is provided and this had
really shown a strong connection. This perfect workstations really helps in
maintain the certain standings that gives strong network. The improvement for
activity can be done by increasing the power as well as the serving the best line
up. The quadrant makes the zoning perfect here and thus stability with every part
has a perfect linear study. With zoning and its lining the meta-dictionary and its
collection helps to sum up and provide the zoning (Ohlman, 2012 p.50).
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Bibliography:
Ahlgren, B., Dannewitz, C., Imbrenda, C., Kutscher, D. and Ohlman, B., 2012. A
survey of information-centric networking. IEEE Communications Magazine,
50(7).
Chu, S.C. and Kim, Y., 2011. Determinants of consumer engagement in electronic
word-of-mouth (eWOM) in social networking sites. International journal of
Advertising, 30(1), pp.47-75.
Lin, K.Y. and Lu, H.P., 2011. Why people use social networking sites: An
empirical study integrating network externalities and motivation theory.
Computers in human behavior, 27(3), pp.1152-1161.
Newton, H., 2011. Newton's Telecom Dictionary: Telecommunications,
Networking, Information Technologies, The Internet, Wired, Wireless, Satellites
and Fiber. Flatiron Publishing.
Pempek, T.A., Yermolayeva, Y.A. and Calvert, S.L., 2009. College students'
social networking experiences on Facebook. Journal of applied developmental
psychology, 30(3), pp.227-238.
Roblyer, M.D., McDaniel, M., Webb, M., Herman, J. and Witty, J.V., 2010.
Findings on Facebook in higher education: A comparison of college faculty and
student uses and perceptions of social networking sites. The Internet and higher
education, 13(3), pp.134-140.
Trusov, M., Bucklin, R.E. and Pauwels, K., 2009. Effects of word-of-mouth
versus traditional marketing: findings from an internet social networking site.
Journal of marketing, 73(5), pp.90-102.
Waters, R.D., Burnett, E., Lamm, A. and Lucas, J., 2009. Engaging stakeholders
through social networking: How nonprofit organizations are using Facebook.
Public relations review, 35(2), pp.102-106.
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