Prepared by: Dr Mohammad Mohammad Moderated by: Dr Lincy Jim August, 2019 Assessment Details and Submission Guidelines Trimester T2, 2019 Unit Code BN106 Unit Title Networking Fundamentals Assessment...

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Bn106 a2


Prepared by: Dr Mohammad Mohammad Moderated by: Dr Lincy Jim August, 2019 Assessment Details and Submission Guidelines Trimester T2, 2019 Unit Code BN106 Unit Title Networking Fundamentals Assessment Author Dr Mohammad Mohammad Assessment Type Individual Assessment Assessment Title Assignment 2 – Network Design Purpose of the assessment (with ULO Mapping) This assignment assesses the basic concepts of networking design; students should be able to demonstrate their achievements in the following unit learning outcomes: c. Recognize network topologies, media types and network components; d. Identify the network (OSI) layers at which various network devices operate; e. Use some basic tools/utilities for network analysis; f. Employ basic cabling and network design techniques to connect devices. Weight 15% Total Marks 100 Word range 1200-1500 Due Date W Week-11 Thursday, 26/9/2019 at 23:59 PM. Submission Guidelines  All work must be submitted on Moodle by the due date along with a completed Assignment Cover Page.  The assignment must be in MS Word format, 1.5 spacing, 11-pt Calibri (Body) font and 2.54 cm margins on all four sides of your page with appropriate section headings.  Reference sources must be cited in the text of the report, and listed appropriately at the end in a reference list using IEEE referencing style. Extension If an extension of time to submit work is required, a Special Consideration Application must be submitted online to AMS follow the link below you may require to login. You must submit this application three working days prior to the due date of the assignment. https://online.mit.edu.au/ams/PublicDocs/Student/MIT_Special_Consideration_Application.pdf Academic Misconduct Academic Misconduct is a serious offence. Depending on the seriousness of the case, penalties can vary from a written warning or zero marks to exclusion from the course or rescinding the degree. Students should make themselves familiar with the full policy and procedure available at: http://www.mit.edu.au/about-mit/institute- publications/policies-procedures-and-guidelines/Plagiarism-Academic-Misconduct- Policy-Procedure. For further information, please refer to the Academic Integrity Section in your Unit Description. https://online.mit.edu.au/ams/PublicDocs/Student/MIT_Special_Consideration_Application.pdf http://www.mit.edu.au/about-mit/institute-publications/policies-procedures-and-guidelines/Plagiarism-Academic-Misconduct-Policy-Procedure http://www.mit.edu.au/about-mit/institute-publications/policies-procedures-and-guidelines/Plagiarism-Academic-Misconduct-Policy-Procedure http://www.mit.edu.au/about-mit/institute-publications/policies-procedures-and-guidelines/Plagiarism-Academic-Misconduct-Policy-Procedure BN106 Networking Fundamentals Page 2 of 5 Prepared by: Dr Mohammad Mohammad Moderated by: Dr Lincy Jim August, 2019 Assignment Description A large business network has to be designed for an organization. The organization’s head office is located in the Sydney CBD. The head office consists of three departments: IT support, purchasing, and sales. The IT support is located on the first floor, while the marketing and the sales departments are located on second and third floors of the building respectively. IT support has 30 workstations, purchasing has 15 workstations, and sales has 50 workstations. Some applications require that data be shared between departments, but generally, each department has its own applications. Every workstation needs access to the Internet, Intranet and e-mail system. The head office also requires wireless internet connectivity for all the floors. Suppose you are the network engineer for this organization and your IT manger asked you to design the network for head office. The organization is also planning to establish three additional offices in the future namely Queensland, Melbourne and Canberra. Your task to prepare a networking solution that enables employees in all three offices to communicate both internally in that office and, to a lesser extent, between the other offices and head office. According to the specifications provided, the most user resource requirements will be met by servers located in the same office as the users who need to access them. The main communication requirements between offices relate to e-mail and periodic file transfers. You are required to design this network both as a wired and wireless (wherever required). This assignment has two tasks: Task A: Write a report with following sections: 1. Introduction 2. The LAN network design of the head office i. Discuss the locations of all workstations and interconnecting devices, such as switches and routers, if any to be used ii. Discuss and justify the recommended media type iii. Discuss the type of LAN topology and protocol to be used iv. Identify and discuss the connection that provides the Internet access to the LAN v. The sketch of network plan for each floor (using some software such as MS Visio) 3. The WAN network design between all five offices and the head office i. The sketch of the WAN connectivity (using some software such as MS Visio) ii. Discuss the devices to be used such as routers (if any) and their functioning iii. justify the recommended media type iv. Discuss the type of network structure suitable in this scenario (circuit switched or packet switched structure) v. Discuss the recommended routing protocol in this scenario (RIP or OSPF) 4. A summary section 5. References in IEEE style BN106 Networking Fundamentals Page 3 of 5 Prepared by: Dr Mohammad Mohammad Moderated by: Dr Lincy Jim August, 2019 Task B: Create a 3 - 5 minutes PowerPoint presentation and present your work during the Lab in Week 11. Submission Guidelines 1. The assignment should be submitted on the Moodle in two separate files: i. The report should be submitted as a Word file ii. The presentation should be submitted as a PPT file 2. Do not use Wikipedia as a source or a reference 3. Must consider at least five current references from journal/conference papers and books. Must follow IEEE referencing style. 4. Make sure you properly reference any diagrams/ graphics used in the assignment Marking criteria: Sections Description of the section Marks Introduction Introduction about the report 10 LAN Network Design The LAN network design of the head office i. Discuss the locations of all workstations and interconnecting devices, such as hubs, switches, and routers, if any to be used ii. Discuss and justify the recommended media type iii. Discuss the type of LAN topology and protocol to be used iv. Identify and discuss the connection that provides Internet access to the LAN v. The sketch of network plan for each floor (using some software such as MS Visio) 30 WAN Network Design The WAN network design between all five offices and head office i. The sketch of the WAN connectivity (using some software such as MS Visio) ii. Discuss the devices to be used such as routers (if any) and their functioning iii. justify the recommended media type iv. Discuss the type of network structure suitable in this scenario (circuit switched or packet switched structure) v. Discuss the recommended routing protocol in this scenario (RIP or OSPF) 25 Summary A summary section describing the contribution of the report. 5 BN106 Networking Fundamentals Page 4 of 5 Prepared by: Dr Mohammad Mohammad Moderated by: Dr Lincy Jim August, 2019 Report Layout The report layout should be appropriate (following the submission guidelines and containing all the sections mentioned above) 5 Reference style Follow IEEE reference style  Must consider at least five references from conference/journal papers, and books. 5 Presentation Slides The presentation slides should be well organised and clear. 10 Oral Presentation Delivery of the presentation 10 Total 100 Example Marking Rubric for Assignment #: Total Marks 100 Grade Mark HD 80% + D 70%-79% CR 60%-69% P 50%-59% Fail<50% excellent="" very="" good="" good="" satisfactory="" unsatisfactory="" introduction="" 10="" introduction="" is="" very="" well="" written="" introduction="" is="" well="" written="" introduction="" is="" generally="" presented="" in="" good="" fashion="" introduction="" is="" presented="" briefly="" with="" some="" relevance="" poor="" introduction="" with="" irrelevant="" details="" lan="" network="" design="" 30="" in-depth="" and="" very="" clear="" discussion="" about="" lan="" network="" design="" covering="" all="" topics="" very="" clear="" discussion="" about="" lan="" network="" design="" covering="" all="" topics="" generally="" good="" discussion="" about="" lan="" network="" design="" covering="" all="" topics="" brief="" discussion="" about="" discussion="" about="" lan="" network="" design="" while="" covering="" any="" three="" topics="" poor="" discussion="" with="" irrelevant="" information="" wan="" network="" design="" 25="" a="" very="" clear="" and="" in-depth="" discussion="" about="" wan="" network="" design="" covering="" all="" topics="" very="" clear="" discussion="" about="" wan="" network="" design="" covering="" all="" topics="" generally="" good="" discussion="" about="" wan="" network="" design="" covering="" all="" topics="" brief="" discussion="" about="" discussion="" about="" wan="" network="" design="" while="" covering="" any="" three="" topics="" poor="" discussion="" with="" irrelevant="" information="" summary="" 5="" a="" section="" very="" clearly="" summarizing="" the="" overall="" contribution="" a="" section="" clearly="" summarizing="" the="" overall="" contribution="" generally="" good="" summary="" of="" the="" report="" brief="" summary="" of="" the="" report="" with="" some="" relevance="" summary="" not="" relating="" to="" the="" report="" report="" layout="" 5="" well-designed="" layout="" and="" proper="" formatting="" following="" the="" submission="" guidelines="" and="" containing="" all="" the="" sections="" well-designed="" layout="" following="" the="" submission="" guidelines="" and="" containing="" all="" the="" sections="" good="" layout="" following="" the="" submission="" guidelines="" and="" containing="" all="" the="" sections="" report="" layout="" following="" the="" submission="" guidelines="" and="" missing="" some="" sections="" report="" lacks="" a="" proper="" layout="" bn106="" networking="" fundamentals="" page="" 5="" of="" 5="" prepared="" by:="" dr="" mohammad="" mohammad="" moderated="" by:="" dr="" lincy="" jim="" august,="" 2019="" grade="" mark="" hd="" 80%="" +="" d="" 70%-79%="" cr="" 60%-69%="" p="" 50%-59%="" fail=""><50% references /5 clear styles with excellent source of references. clear referencing/ style generally good referencing/style unclear referencing/style lacks consistency with many errors presentation slides /10 well organised and resourceful organised and resourceful resourceful but could be better references="" 5="" clear="" styles="" with="" excellent="" source="" of="" references.="" clear="" referencing/="" style="" generally="" good="" referencing/style="" unclear="" referencing/style="" lacks="" consistency="" with="" many="" errors="" presentation="" slides="" 10="" well="" organised="" and="" resourceful="" organised="" and="" resourceful="" resourceful="" but="" could="" be="">
Answered Same DaySep 18, 2021BN 106

Answer To: Prepared by: Dr Mohammad Mohammad Moderated by: Dr Lincy Jim August, 2019 Assessment Details and...

Chandra Shekhar Singh answered on Sep 26 2021
132 Votes
NETWORK DESIGN
LAN & WAN NETWORK
TABLE OF CONTENT
    S.No.
    TITLE
    PAGE No.
    1
    INTRODUCTION
    3-3
    2
    LAN NETWORK DESIGN OF HEAD OFFICE
    4-5
    3
    WAN NETWORK DESIGN OF OFFICES
    6-7
    4
    SUMMARY
    8-8
    5
    REFERENCES
    9-9
INTRODUCTION
This is the era of computer a
nd its connected networks. Every organization has lots of departments with their individual computer and their connected network. They all need to communicate with each other; this is only possible by using different networking.
A computer network is connected to two or more than two computer networks that are interconnected with each other and helps in sharing data in different forms. Personal computers in the organization need to share the information like printers, data and more, they resolved that problem by introducing LANs, which allows computer network to connect with each other. LANs, network will work for the same building or same campus, but when they need to provide information outside the organization or wide range, then they introduce WANs, it will share the data in cities or states.
Computer networks are of two type one is software and other is hardware. Hardware are physical connected machines and software are used to make hardware more convenient. These networks are used in Business applications, home applications, by mobile users or in social issues.
The LAN network design of the head office
LAN
A Local Area Network or LAN, a computer network which works in a small organization or small areas. LANs, network builds specially for a particular room, building or their groups. We can it a small network for school, colleges, offices, buildings like structure. LAN is composed of interconnected workstations and personal computers, which all are capable of accessing and sharing data between networks and different devices. On LAN all the devices are connected in single cable and the data rate of LAN ranges from 4 to 16 Mbps with a maximum 100 Mbps. You can also say that a LAN is just too hardware and software which allows you to connect the device in a single network.
There are few organizations which can run without using computers, but when you have plenty of computers in an organization you need to network them. These computers can be connected using LANs, network, a local area network which builds a shared working environment of computers.
Workstation of LAN
The main purpose of designing the LANs, the network is connecting all the devices in one place or at least sharing resources, so that all the users can share the same network for sharing information with each other. This is done by using individual computers or workstation that are connected to make LANs network.
One of the most challenging...
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