General You should progressively develop your logical network design based on the scenario given on page 5 of this document. In this process, you are expected to participate in the weekly discussions...

General You should progressively develop your logical network design based on the scenario given on page 5 of this document. In this process, you are expected to participate in the weekly discussions and find the answers to the recommended discussion questions. The weekly discussion questions have been selected and formulated not only to gradually increase your knowledge and skills in this unit but also to help you develop the logical and physical network designs. If you do not attempt weekly discussion questions you would very likely produce a logical network design that would not satisfy the requirements and/or that cannot be justified. Part B Objectives In this part of the Assessment Item1, you will complete your logical network design report based on the written and oral feedback that you received after your presentation in Part A. Please refer to the Unit Profile to see how this part of the assessment item relates to the ULOs. Requirements You are required to analyse the scenario given on page 5 and complete a logical design of the network. In Part A of Assessment item 1, you have presented your logical network design to the tutor. In Part B of the assessment item 1, you will improve your design based on the feedback that you received in Part A and complete your logical network design report. In order to undertake your design, you may need to make justifiable assumptions. You will need to include them in your report. You also need to support your design with the outcomes of the specified weekly discussion questions. The report must follow the Harvard citation and referencing guidelines. You also need to upload the logical network design report. This report should include: 1. The list of requirements 2. The list of assumptions – Note: The assumptions are not the requirements that have been provided in the task. They are the additional requirements that you may need for your design. 3. The logical network diagram(s) 4. The explanation of your logical network design 5. The justification of your logical network design 6. The model for addressing and naming 7. The list of routing and switching protocols 8. The list of security mechanisms Note: Please do not include an executive summary, a table of contents, an introduction or a conclusion. Please see the marking criteria. Note: Additional information regarding this assessment item may be placed on the unit website. Please check the unit website at least once a week for further information relating to this report. Please ensure that you write your answers in your own words to avoid possible plagiarism and copyright violation. You can understand the Plagiarism Procedures by following the corresponding link in the CQUniversity Policies section of the Unit Profile. Submission Each student needs to upload a copy of their group report to Moodle on or before the due date. Assessment criteria The marking criteria for Part B of the Assessment Item 1are provided on page 6. You need to familiarise yourself with the criteria to ensure that you have addressed them when preparing this assessment item.  The Scenario for Network Design Assessment Tasks Your company in Australia specialises in designing networks for local and international clients. It has won a contract to design a comprehensive network for Auto-fishing Group (AG), a newly established cooperative society of fishermen in Northern Territory. AG will operate from a small office in Darwin. This cooperative society was established to increase the fish yield of its member fishermen and supply the fish to the consumers as quickly as possible at a reasonable price. Using sophisticated technology including Unmanned Aerial Vehicles (UAVs), the fishermen will locate the schools of fish suitable for consumption without catching them indiscriminately and thereby reducing over fishing. AG plans to directly supply the fish from the fishermen to the customers without an intermediary. To this end, AG will have its own vehicles, ten distribution centres along the coast of the state and three distribution vehicles at each distribution centre. Each fisherman will be affiliated to a distribution centre. When a customer places an order using the app of AG or over the phone, the order will be processed using a proprietary software application of AG. By using this software, the distribution centres will not only be able to receive the optimum quantity of fish from the fishermen on time but also be able to deliver the order to the customers quickly. This whole process will be automated with the help of on-board computers on the distribution vehicles connected to the office of AG and the mobile devices of the fishermen. Using the software application, the fishermen will find out the quantity of each category of fish they can supply on the run and catch them to meet the demand. The fishermen will also get connected to the Internet and post questions to online forums. AG will also have an online banking society that provides most of the main banking facilities of other banks to its member fishermen. AG needs the guarantee that their proprietary application, and various data and information in their information system are secured. AG also plans to build a marine and fisheries training centre in Darwin. The centre will have a managing director, a secretary and two instructors. There will be 20 students at any time in the training centre, participating in the classes. Facilities will be provided for instructors to show the live videos of fish shoals and schools as well as the techniques used by the fishermen to the students. The network of the training centre will be a part of the network of AG. Using the top-down network design methodology that you learned in this unit, design the network of AG, including its member fishermen. Each step of your design should clearly explain and justify how you satisfy the requirements.