BN321 Advanced Network Design written report
Evaluation Particulars and Submission Pointers Unit Code BN321 Unit Title Superior Community Design Evaluation Kind Group written report ( 2 College students ) – T2 2019 (Project 2) Evaluation Title Community Requirement Evaluation and Design Goal of the evaluation (with ULO Mapping) After profitable completion of this task, college students ought to be capable of:  Apply ideas and theories of human components as associated to community design and implementation  Examine efficiency metrics and dimensions based on specs Weight 15% of the whole assessments Whole Marks 50 Phrase restrict 1200 - 1500 Due Date 27-09-2019 Submission Pointers  All work should be submitted on Moodle by the due date together with a accomplished Project Cowl Web page.  Project Report: The task should be in MS Phrase format, 1.5 spacing, 11- pt Calibri (Physique) font and a couple of cm margins on all 4 sides of your web page with acceptable part headings.  Reference sources should be cited within the textual content of the report, and listed appropriately on the finish in a reference listing utilizing IEEE referencing model.  Implementation: College students to submit their simulation code to Moodle, with 5 Slides (Energy Level) explaining their community and configuration course of. Extension  If an extension of time to submit work is required, a Particular Consideration Utility should be submitted on to the College's Administration Officer, on educational reception stage. You need to submit this software inside three working days of the evaluation due date. Additional data is offered at: https://www.studyproessay.com/write-my-paper/mit.edu.au/about-mit/institute-publications/policies-proceduresand-guidelines/specialconsiderationdeferment Tutorial Misconduct  Tutorial Misconduct is a critical offence. Relying on the seriousness of the case, penalties can fluctuate from a written warning or zero marks to exclusion from the course or rescinding the diploma. College students ought to make themselves acquainted with the total coverage and process accessible at: https://www.studyproessay.com/write-my-paper/mit.edu.au/aboutmit/institute-publications/policies-procedures-and-guidelines/PlagiarismAcademic-Misconduct-Coverage-Process. For additional data, please seek advice from the Tutorial Integrity Part in your Unit Description. BN321 Superior Community Design Web page 2 of four Ready by: Dr. Imran Ali Jokhio Moderated by: Dr. Ghassan kbar Project Description Targets: A wholesale enterprise is increasing, they rent you as a community engineer to design and implement their IT infrastructure. It's an assumption that the organisation intends to go along with the most recent know-how nonetheless, cheap finances and expending is very advisable. In a face-to face assembly with a supervisor, you obtain normal details about the organisation. Within the assembly, it's suggested to gather the remainder of the necessities. The overall data is as follows: There are two websites one in Sydney and different in Melbourne. Sydney website requires 40 workers whereas Melbourne website have 25 Staff. Each the websites have Buyer Companies, IT, Gross sales and Advertising and marketing. The Sydney website have two further Departments i.e. Human Useful resource and Accounting. A community design and implementation proposal is required. As part of proposal, submit a report to deal with following two duties. Process 1: With a view to collect (person, software, and community necessities) totally different strategies i.e. Interviews and questionnaire are used. Create a questionnaire to get software necessities. The questionnaire should have at the least 10 questions. Describe the purposed of every query and categorise the questions whether or not it's centered to person, software or gadget necessities. File attainable solutions to make use of in subsequent job. Process 2:  Based mostly on the necessities recognized at Task1, design a WAN construction of the businessshowing all gadgets corresponding to routers, switches, hyperlinks, and so on. by Utilizing a related community designing software program. Draw a diagram to illustrate your high-level design.  Decide Community Addresses by utilizing the subnet 192.168.P.zero/24, the place P is your group quantity. You additionally want to make use of Variable Size Subnet Masks (VLSM) approach while creating the subnets and permit 30% for attainable future enlargement.  You must clarify the technical points for the selecting gadgets such routers, switches, hubs, Aps, cables, servers and so on.  (Utilizing both Netsim or GNS3 or Packet Tracer) Configure the topology gadgets with primary configurations, routing and NAT. Additional configuration corresponding to VLAN and Port safety entitled to further marks. Marking standards: Sections to be included in the report Description of the part Marks Process 1 Necessities Gathering Necessities Gathering from for Customers, Gadgets, Utility and Community. 10 Approach used for amassing necessities in Process 1 Questionnaire its function and class. 5 Process 2 Community Design & subnetting Embrace a diagram of your designed community, and write justifications of your design 10 Gadgets Technical Facets Supplied technical side of selecting gadgets and media 5 Gadgets configurations Configuration offered within the report 5 BN321 Superior Community Design Web page three of four Ready by: Dr. Imran Ali Jokhio Moderated by: Dr. Ghassan kbar Implementation & Demo Implement community, routing and VLAN configuration 10 Reference model Comply with IEEE reference model 5 Whole 50 BN321 Superior Community Design Web page four of four Ready by: Dr. Imran Ali Jokhio Moderated by: Dr. Ghassan kbar Marking Rubric Grade Mark HD 40-50 DI 35-39 CR 30-34 P 25-29 Fail <25 Wonderful Very Good Good Passable Unsatisfactory Process 1 Necessities Gathering /10 Necessities gathered are concise and particular to the challenge Necessities gathered are reasonably concise and particular to the challenge Necessities gathered are in some way related to the challenge. Some relevance however not properly offered. This isn't related to the task subject. Approach used for amassing necessities in Process 1 /5 Demonstrated glorious means to assume critically and related to Evaluation necessities Demonstrated glorious means to assume critically however few materials used shouldn't be related Demonstrated good means to assume critically and related to Evaluation necessities Demonstrated passable means to assume critically and related to Evaluation necessities Didn't reveal means to assume critically and never related to Evaluation necessities Process 2 Community Design and Subnetting /10 Community Design logic is evident and straightforward to comply with with robust arguments Community Design logic is clear however not clearly offered with arguments Community Design logic is reasonably clear and straightforward to comply with with robust arguments Community Design logic is not clear nonetheless some arguments are passable Community Design logic shouldn't be clear and never offered appropriately Process 2 Gadgets Technical Facets /5 Full technical points with photos Some technical points with photos Some technical points with some photos Some technical points with out photos Some technical or non-technical points with or with out photos Process 2 Gadgets Configurations /5 Full & correct working configurations Full & correct working configuration with some minor errors Some correct working configurations with out errors Some correct working configurations with error Some nonaccurate configurations and non-working Demo /10 Full skilled demo – working No error s Full skilled demo – working - with minor errors Full skilled demo – partially working – some errors Some common configuration – some working – with errors Some or nonworking -average configuration – some or nonworking – with errors Reference model /5 Clear kinds with glorious supply of references. Clear referencing model Usually good referencing model Typically clear referencing model Lacks consistency with many errors
Lab3 Objectives: 1. Work with variable and basic operations
Lab3 Aims: 1. Work with variable and primary operations 2. Work with enter and output formatting three. Work with system features. Issues 1. (temp.c) Write a program to first show a welcome message to the consumer utilizing the consumer’s login identify. Within the linux lab, you should utilize the operate name getlogin() to seek out the login identify for the present session. You additionally want to incorporate header file . See code beneath. Take note of how getlogin() will be positioned because the second argument for printf. What's going to occur throughout run time is that first getlogin() can be known as/executed, then the return worth from getlogin() can be used because the argument for printf. #embody printf("nWelcome %s!nn", getlogin()); If you wish to know extra about getlogin(), learn man web page. Run “man –S three getlogin” on the terminal. Then learn and convert integer Fahrenheit temperatures to floating-point Celsius temperature with three digit of precision. Carry out the calculation utilizing the system celsius = 5.zero / 9.zero * (fahrenheit – 32) The output must be printed in two proper–justified columns of 10 characters every (trace: %10), and the Celsius temperatures must be printed by an indication for each constructive and destructive values (trace: %+). There must be a header for the information. See pattern output beneath. Your output wants to match the crimson phrases from the purpose of formatting. Ruihongs-Macbook-Air:lab3 ruihong-adm$ ./temp Welcome ruihong-adm! Please enter temperature in Fahrenheit: 23 Fahrenheit Celsius 23 -5.000 Ruihongs-Macbook-Air:lab3 ruihong-adm$ ./temp Welcome ruihong-adm! Please enter temperature in Fahrenheit: 45 Fahrenheit Celsius 45 +7.222 2. (financial institution.c) Write a program to calculate how a lot you're going to get within the financial institution with curiosity. Ask consumer how a lot cash they need to save, ask consumer what's the yearly rate of interest. Assume the curiosity is compounded (https://en.wikipedia.org/wiki/Compound_interest) show the 12 months and stability you'll have after annually for the subsequent three years. The output must be printed in 2 right-justified columns of four characters and 20 characters accordingly. The Stability must be displayed with 2 digits of precision. Then print, how a lot cash you'll make by saving them to the financial institution after. Since we haven’t discovered loop but, please do NOT use any loop, like for, whereas. For instance, when you save 1,000, the rate of interest is three.eight%, you then program shall show (with 2 digits after the decimal): Ruihongs-Macbook-Air:lab3 ruihong-adm$ ./financial institution please enter how a lot cash you need to save: 1000 What's the annual rate of interest proportion? three.eight 12 months Curiosity Stability 2018 1000.00 2019 38.00 1038.00 2020 39.44 1077.44 2021 40.94 1118.39 Submit: Submit all of the supply information to canvas earlier than the top of the lab session. Late submission is not going to be graded. Grading: You get zero factors when you didn't present up within the lab. Should you did come to the lab, Drawback Particulars Complete (factors) Temp.c 50 Show login identify 5 Learn information 10 Convert accurately 10 Printf format 15 Feedback 5 Type (indentation, variable names) 5 Financial institution.c 50 Learn information 10 Calculate accurately 15 Show accurately 10 Show revenue 5 Feedback 5 model(indentation, variable names) 5

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