i have attached what i have done so far and also a template for just milestone3Project Milestone 3: Network Requirements 2

Submission: Network Requirements2 due by end of Week 4

• Please use the Network Requirements 2/Milestone 3 page of theproject submission template, and save it as a Word document file called MIS589_Lastname_Firstname_Project.docx.
• Milestone 3/Network Requirements 2 is due by end of Week 4.
• Please submit the entire project document (including all milestones completed so far) in the Dropbox for Week 4.

I. Network Requirements 2 Guidance

 

1. LAN Design Summary

In Milestone 2/Network Requirements 1, you identified the network architecture components for your network. You identified all the LANs, backbone, WAN and Internet connectivity requirements for your network. This week, you will lay out the design plan for the LAN and backbone network. In Section A of the project template, you will summarize the main points in the design of your LAN, based on the contents of Section 1.a, 1.b, 1.c, and 1.d.

1.a Wired or Wireless LAN functions

Please explain why you need a LAN or several LANs in your network? If your business service is accessed by clients in their respective LANs/WiFi, then you need to explain what kind of data they will access via the LANs. You also need to briefly identify all sources of voice, video, and data that will pass along this LAN. Identify which of the LANs are likely to be wireless and the ones that you want to keep wired. Explain how your choice or wired and wireless will meet the functional needs.

1.b Wired and Wireless LAN Link and Device Requirements

For each instance of wired and wireless LANs, identify what kinds of links you will use. What kind of cabling and approximate speed do you require for the wired LANs. What will be the approximate speed for wireless LANs? List the devices you will use in your LAN. What is the role of Ethernet protocol in your network?

1.c Wired and Wireless LAN Bandwidth and Performance Requirements

Explain how your LAN/LANs perform with respect to tolerable delay, network load at various times, and cost. For example, applications that contain multimedia will require a higher bandwidth LAN to provide faster loading times for people accessing data. Your bandwidth and performance requirements should be consistent with the LAN functions identified in Section 1.a. Also, explain the load on your network during various times. Are there times when the network is likely to be busier? If so, what could be some of the choke points in your network, and how do you plan to manage these? You may provide very high bandwidth links and several redundant servers to manage load and performance, but remember all this will make it an expensive network. Do you think your business service really requires an expensive network? Feel free to make assumptions in order to justify your expense tolerance for the network.

 

2. Backbone Network (if applicable)

Please use this section to list any backbone network that you might have used to connect various LANs in your network. Did you use a switched or a routed backbone to connected various LANs in your network? Did you use a VLAN in your network? Explain your choice of backbone network architecture.

II. Grading Rubric: Milestone 3—Network Requirements 2 (60 points) 

Grading: 50 points equally divided among Sections 1, 1.a, 1.b, 1.c, and 2 (if applicable)

Summary of LAN and backbone network for the proposed network (max 200 words) (5 points)

1. LAN design summary

1.a Wired and wireless LAN functions

1.b Wired and wireless LAN link and device requirements

1.c Wired and wireless LAN and bandwidth and performance requirements

2 Backbone networks (as required by the design)

Conclusion

Quality work, editing, and clear language (5 points)

 

 

MIS589 Project Milestone 3
Network Requirements 2 (Name of your service)
(Name of your company or business) LAN and Backbone Network
Prepared by : (Your Name) Approved by: Date: Summary of LAN or backbone network for the proposed network (max 200 words) A. LAN design summary A.1 Wired or wireless LAN functions A.2 Wired or wireless LAN link and device requirements A.3 Wired or wireless LAN bandwidth and performance requirements B. Backbone network (if applicable) Conclusion

 

MIS 589 , DeVry University Applied Research
Project
Milestone 0, Proposal Draf
Milestone 1, Proposal
Milestone 2, Network Requirements 1
-Physical, Data Link , Network Layers
Milestone 3, Network Requirements 2
-LAN and Backbone Network
Milestone 4, Network Requirements 3
-WAN and Internet
Milestone 5, Network Security and Management
- Inventory of Assets
- Threat Scenario 1
- Network Manager job posting
- Project Experience Name MIS 589 Applied Research Project MIS589 Project Milestone 0 Online restaurant ordering services
Good buy Food Services Proposal Draft Prepared by: Mavis Gyaase Approved by: Professor Terence Yi Date: 01/10/17 1. Description of the service-summary
Good buy food services focusses in the supply of fast foods for a local community college
campus. Our services are available 24 seven for students who walk in and online services.
Our delivery systems are on time and guaranteed. 2. Intended clients or customers
Students who are interested in eating out when on campus. 3. Business objective statement
To provide students with quality food and services. Also we plan to create an easy to use
platform where employees and customers will interact and socialize. 4. Application architecture description
Online restaurant ordering services will be piloted on a college campus which has only one
building with an access layer comprising LAN of 10 clients. The LAN will have network hubs, 1 MIS 589 Applied Research Project switches and wireless access points. 5. Information provided to the clients
For convenience and easy transactions, Students will be provided with updated and brief
information regarding available food/services, and their prices. 6. Basic requirements
All new customer must register as a member by using the sign up button provided on the
restaurant website. Customers will be requested to give their names, telephone numbers and
email address. Conclusion
Online restaurant ordering services seeks to meet all the needs and requirements for its
customers on campus by providing outstanding and quality products and services. The system
will be friendly and also easy to use. 2 MIS 589 Applied Research Project Online restaurant ordering services MIS589 Project Milestone 1 Good buy Food Services Proposal Prepared by: Mavis Gyaase Approved by: Professor Terrence YI Date: 01/15/17 1. Description of the service-summary
Good buy food services focusses in the supply of fast foods for a local community college
campus. Our services are available 24 seven for students who walk in and online services.
Our delivery systems are on time and guaranteed. Online Restaurant Ordering Services
will be conducted in the Good buy food services restaurants. The restaurant will be in one
building. It will comprise of local access network, LAN with 10 clients. CAT 5e shielded
twisted pair cable will be used in connecting the LAN. The LAN will have network hubs,
switches and wireless access points. The distribution layer will be the building backbone,
which will connect the LAN. Campus backbone is eliminated since there is only one
building to deal with in the campus. This elimination will also help in controlling the total
cost incurred. Data center and e-commerce edge are combined through the use of one
web server, which will be sufficient for the requirements of the restaurant. Internet Access
will be provided through
Internet Service Provider. There won’t be any need for WAN since the restaurant is located
on only one campus and therefore has no branch or office at any other location. 2. Intended clients or customers
The intended clients are Students, teaching and non- teaching staff who are interested in
eating out when on campus. 3. Business objective statement
To provide students and others with quality food and services. Also we plan to create an
easy to use platform where employees and customers will interact and socialize. 3 MIS 589 Applied Research Project 4. Application architecture description
Online restaurant ordering services will be piloted on a college campus which has only one
building with an access layer comprising LAN of 10 clients. The LAN will have network
hubs, switches and wireless access points. CAT 5e shielded twisted pair cable will be used
in connecting the LAN. The LAN will have network hubs, switches and wireless access
points. The distribution layer will be the building backbone, which will connect the LAN. 5. Information provided to the clients
For convenience and easy transactions, Students will be provided with updated and brief
information regarding available food/services, and their prices. 6. Basic requirements
All new customer must register as a member by using the sign up button provided on the
restaurant website. Customers will be requested to give their names, telephone numbers
and email address Conclusion
Online restaurant ordering services seeks to meet all the needs and requirements for its
customers on campus by providing outstanding and quality products and services. The system
will be friendly and also easy to use. MIS589 Project Milestone 2 Online restaurant ordering services 4 MIS 589 Applied Research Project Network Requirements 1 Good buy Food Services Physical, Data Link, Network Layers Prepared by: Mavis Gyaase Approved by: Professor Terrence YI Date: 01/21/2017 Summary of physical media and network design for the proposed service (max 200
words)
Good buy food services focusses in the supply of fast foods for a local community college
campus. Our services are available 24 seven for students who walk in and online services.
Our delivery systems are on time and guaranteed. Online Restaurant Ordering Services
will be conducted in the Good buy food services restaurants. The restaurant will be in one
building. It will comprise of local access network, LAN with 10 clients. CAT 5e shielded
twisted pair cable will be used in connecting the LAN. The LAN will have network hubs,
switches and wireless access points. The distribution layer will be the building backbone,
which will connect the LAN. Campus backbone is eliminated since there is only one
building to deal with in the campus. This elimination will also help in controlling the total
cost incurred. Data center and e-commerce edge are combined through the use of one
web server, which will be sufficient for the requirements of the restaurant. Internet Access
will be provided through
Internet Service Provider. There won’t be any need for WAN since the restaurant is located
on only one campus and therefore has no branch or office at any other location. A. Physical media selection: summary
CAT-5e shielded twisted pair cable will be used to connect the LAN due to the following
reasons – It is one of the best suited and most popular media used in LAN.
It is very cost effective.
The maximum transmission distance required for the restaurant is around 60 meters,
which is well within the optimal performance range of twisted pair cable (100 – 300
meters)
It provides better security compared to wireless media and is sufficient for the needs of the
restaurant. Fiber optics is being rejected on cost grounds.
It provides lower error rates than wireless media and it is sufficient for the needs of the 5 MIS 589 Applied Research Project restaurant. Fiber optics is being rejected on cost grounds.
It provides data transmission speeds of 10 – 100 Mbps, which are sufficient for the typical
network traffic of the LAN with 10 clients. A.1 Physical media consideration: Types of network and transmission distances
Twisted pair cable are most effective in LAN with a transmission distance of 100 – 300 meters.
In the case of the restaurant, the maximum transmission distance will be 60 meters as it will be
used in LAN located in the same floor in one building to connect 10 clients and hence it is the
most suitable media within an economical price range. A.2 Physical media consideration: cost
The cost of Belden 1583A CAT-5e Twisted Pair Cable is approximately $0.25 per foot.
Approximately 200 feet of twisted cable will be required to connect the LAN with 10 clients
using a multi-point circuit. The cost for connecting LAN using Belden 1583A CAT-5e Twisted
Pair Cable will be $50. B. Medium access
The best suited media access control for the restaurant would be contention where the clients
wait till the circuit is free and then transmit data. The reasons for preferring contention over
controlled media access is – The LAN has only 10 clients with network traffic that is typical and not high – the industry
norm is to use contention media access for LAN’s with up to 20 clients and use controlled
media access for bigger LAN’s (based on network traffic).
Using controlled media access for small LAN’s with low network traffic would result in
ineffective utilization of bandwidth, as clients would have to wait for their turn to transmit
data though the circuits would be free. Contention media access provides for better
bandwidth utilization in this case as the clients can transmit data as and when the circuits
are free. C. Network design
Access Layer
LAN (10 Clients)
Distribution layer
Building backbone network 6 MIS 589 Applied Research Project Internet service
provider Internet Access Data center/ E-commerce Edge
1 Web Server Proposed network architecture The network for the restaurant is designed considering the following – Restaurant is based in a single campus of one building
Access layer comprising LAN of 10 clients
Distribution layer connecting LAN through building backbone
Campus backbone is not required as the campus has only one building
Data center will have the web server which will also provide e-commerce edge
Internet access will be provided through Internet Service Provider
WAN is not required as the restaurant has only one campus D. Network layer
The LAN of 10 clients will be configured as one subnet. The building backbone is configured as
another subnet. The LAN of the building is connected to the building backbone network
through a router, which will have its own IP address and data link layer address. The building
backbone network connects to a gateway router for providing internet access. Each device in
the network will have an IP address to uniquely identify it in the network. DNS will be used to
search for IP addresses, which are not known. Communication within the clients in the LAN
(within the same subnet) are handled by the router connecting the LAN. Communication
outside the LAN i.e. on the internet is handled by the gateway router. Conclusion
Online restaurant ordering services seeks to meet all the needs and requirements for its
customers on campus by providing outstanding and quality products and services. The system
will be friendly and also easy to use. The service will be implemented on a single campus with
one building and a LAN of 10 clients connected to the building backbone through a router.
CAT-5e shielded twisted pair cable is used for cost effective guided connectivity that provides
sufficient transmission speed and security and is best suited for the proposed LAN connectivity
of 60 meters. Because of the small size of the LAN (10 clients) and typical network traffic,
7 MIS 589 Applied Research Project contention media access is preferred over controlled media access for better bandwidth
utilization. Since it is a single building, single campus architecture, campus backbone and
WAN are not needed. Data center and e-commerce edge are combined through a web server.
Gateway router connects to the internet through an ISP. MIS589 Project Milestone 3
Network Requirements 2 (Name of your service)
(Name of your company or business) LAN and Backbone Network
Prepared by : (Your Name) Approved by: Date: Summary of LAN or backbone network for the proposed network (max 200 words) A. LAN design summary A.1 Wired or wireless LAN functions 8 MIS 589 Applied Research Project A.2 Wired or wireless LAN link and device requirements A.3 Wired or wireless LAN bandwidth and performance requirements B. Backbone network (if applicable) Conclusion MIS589 Project Milestone 4
Network Requirements 3 (Name of your service)
(Name of your company or business) WAN and Internet 9 MIS 589 Applied Research Project Prepared by: (Your Name) Approved by: Date: Summary of WAN and Internet requirements for the proposed network (max 200 words) A.1 Need for WAN connectivity A.2 Traffic through the WAN A.3 Possible WAN options A.4 Explain your choice for WAN service B.1 Role of Internet in your network Pro and cons of using Internet in business Conclusion 10 MIS 589 Applied Research Project MIS589 Project Milestone 5
Network Security Inventory of Assets
Asset Importance Most Important
Security Requirement Description Owner(s) MIS589 Project Milestone 5
Network Security Threat Scenario
Asset
Asset Importance
Threat
Description
Likelihood
Impact on ___ Confidentiality
11 MIS 589 Applied Research Project ___ Integrity
___ Availability
Impact Area
Financial
Productivity
Reputation
Legal Priority Impact Score Impact Score
Risk Score (likelihood x Impact Score)
Risk Control Strategy ___ Accept
___Mitigate
___ Share
___Defer Risk Mitigation Controls MIS589 Project Milestone 5
Network Management
Network Manager Job Posting MIS589 Project Milestone 5
Project Experience What did you learn from this project? List the knowledge, skills, and abilities.
12 MIS 589 Applied Research Project What are some of the ways by which you will extend your knowledge, skills, and
abilities that you acquired by doing this project? 13

• 1493951407-MIS589 Project Milestone 3.docx
• 1493951408-MIS589_Mavis_Gyaase_Project 1.docx

ComputerScienceExpert

(11)

Status NEW Posted 05 May 2017 02:05 AM My Price 11.00

-----------

Attachments

file 1493951411-Solutions file 2.docx preview (51 words )

H-----------ell-----------o S-----------ir/-----------Mad-----------am ----------- Th-----------ank----------- yo-----------u f-----------or -----------you-----------r i-----------nte-----------res-----------t a-----------nd -----------buy-----------ing----------- my----------- po-----------ste-----------d s-----------olu-----------tio-----------n. -----------Ple-----------ase----------- pi-----------ng -----------me -----------on -----------cha-----------t I----------- am----------- on-----------lin-----------e o-----------r i-----------nbo-----------x m-----------e a----------- me-----------ssa-----------ge -----------I w-----------ill----------- be----------- qu-----------ick-----------ly -----------onl-----------ine----------- an-----------d g-----------ive----------- yo-----------u e-----------xac-----------t f-----------ile----------- an-----------d t-----------he -----------sam-----------e f-----------ile----------- is----------- al-----------so -----------sen-----------t t-----------o y-----------our----------- em-----------ail----------- th-----------at -----------is -----------reg-----------ist-----------ere-----------d o-----------n -----------THI-----------S W-----------EBS-----------ITE-----------. ----------- Th-----------ank----------- yo-----------u -----------

Not Rated(0)

• Buy Answer