please go through the below attached files and assignment case description is linked
Swinburne University of Technology Semester 1 2018 INF60010 Assignment 1 Current System Analysis and Modelling (Individual) © Swinburne University 2018 INF60010 Requirement Analysis and Modelling Words Limit: 1500 +/-10% Weighting: 15% Due date: Friday 6th April 9:00am AEST Assignment 1 submission details All pages should include your name and student number in the document footer. All references should be appropriately cited using the Harvard style Submit your report as ONE Microsoft Word document, Turnitin doesn’t accept ‘zip’ file. Save your file as follows: [student numberA1.filetype] e.g. 1234567A1.doc Submit your final report via INF60010 Blackboard link > Assessment > Assignment Submission Link o Assistance can be obtained from the Swinburne Service Desk (03) 9214 5000. o DO NOT email the assignment. o If you have any queries you may discuss it with the online tutors in the discussion threads or via email. Assignment overview The aim of this assignment is to produce a requirements document that captures the functional requirements for an information system that supports the current needs of the Virtual Child International (VCI) management system as described later in the Case Study Description. Note: This assignment covers the traditional approach. Your tasks Read the case carefully and if students need more detail either about the business or the assignment, they should talk to the lecturer or tutors, preferably before starting the task during the tutorial classes or go to the scheduled consultation time or email to make an appointment if necessary. Task Part A: The Report Components Create a word-processed business report with: Cover page Document Title Author(s) information List of contents Executive Summary Case Description Virtual Child International (VCI) is a virtual world for children at home after school. They call it VCI Park. The VCI employees who support the park behind the scenes and provide guidance to the members are called Park Rangers. Guardians are customers 21 years of age or older who enrol their children, nieces or nephews, grandchildren, etc. to VCI Park System. A child whose guardian enrols them in VCI is called a member and receives an entrance pass (user id and password) upon credit approval of the guardian. The entrance pass is validated every time the member enters the VCI premises through VCI’s web page. Once inside the premises, the member can visit any or all park services for which their guardian has signed them up More details of the case and specific problems can be found in a separate file ‘CINF60010 Assign1&2_case_S2 2017.pdf’ on the same site. http://www.swinburne.edu.au/lib/researchhelp/harvard_style.html Swinburne University of Technology Semester 1 2018 INF60010 Assignment 1 Current System Analysis and Modelling (Individual) © Swinburne University 2018 INF60010 Requirement Analysis and Modelling What this assignment is about and what you want to achieve. Introduction Why conduct system analysis and design for a business? The purpose of your work. The structure of your report Where did you collect data and information for completing the report? Company/Organization Background What is the business and what does this business do? (a brief description of their current business operation, products and services.) What is the business problem you consider essential to address? You should list them and then pick up two which you consider are the most important for the business and explain why they are important. What are some of the opportunities when these problems are solved? How would the organisation be better off by solving this problem or taking up this opportunity? Clearly explain the current system’s objectives and constraints. Please note: you need to read the case description to understand what the current system does. Scope (Current system) Written statement of functional/non-functional requirements (you are required to list them all with a brief explanation for each of them). Provide a brief explanation of ‘where’ and ‘how’ you would collect information for determining these requirements. Such as interview guardians…. Documentation Data dictionary o Complete 2 key data flow descriptions (Logical data dictionaries, at least 2) o Data element descriptions (Physical data dictionaries, at least 1 of the key data entities) Process Descriptions o A brief description for each of the key processes (top level processes in level 0 DFD) written in plain English o Write at least ONE lower level process description in structured English Appendices You can include appendices: DFD fragments, event list etc. This contains any other documents that might be useful for reference or too detailed or lengthy to put into the main part of the document. *Ensure your pages are numbered for easy reference Swinburne University of Technology Semester 1 2018 INF60010 Assignment 1 Current System Analysis and Modelling (Individual) © Swinburne University 2018 INF60010 Requirement Analysis and Modelling Reference list List all references used in the report. You have to follow the newest Harvard referencing system. Please check Swinburne website for details. This is a business report and should be written accordingly i.e. directed to the customer who is “Virtual Child International (VCI)”. It should reflect your understanding of the tasks required. Task Part B: Modelling for the current system Provide a structured analysis of the functional requirements of the system presented as a set of logical data flow diagrams and prepare a data model represented as an entity-relationship diagram for the current system. The set of data flow diagrams should include: Identify key events and complete an event table and DFD Fragments Context Diagram: This must be for the whole Virtual Child International (VCI) management system. You need to show relevant external agents together with data flows between the system and the external agents. A set of levelled data flow diagrams By this we mean a Level 0 DFD which includes all top level processes, and at least 1 top level process from this Level 0 DFD decomposed to level 1 DFD. You will be assessed on your application of data flow diagramming according to the following criteria: o DFD syntax o DFD data conservation (also commonly known as “balancing” or data consistency in some textbooks) o Quality of names o Logical, not physical o Quality of modelling is more important than quantity Consistency - not only should each view (data flow, process, data store) be accurate and readable, but also the views must be consistent with each other, so the whole analysis makes sense. An Entity Relationship Diagram (ERD): It should be a high-level data model (many to many relationship is acceptable in this unit). Diagrams should preferably be generated by using Visio Pro or other virtual tools but students may use the drawing capabilities of other packages subject to the approval of tutors. A brief instruction on how to use Visio tools, you can find a separate file ‘Visio instruction.pdf’ on the same site. Notes on formatting and structure It is expected that all work submitted will have been edited for spelling, grammar and clarity. Swinburne University of Technology Semester 1 2018 INF60010 Assignment 1 Current System Analysis and Modelling (Individual) © Swinburne University 2018 INF60010 Requirement Analysis and Modelling Your report needs to follow our standard format. Pages need to be numbered and your name must also appear on each page, not just the cover page. Evidence of attention to layout and structure needs to be present. The written submission is to be formatted as a report, word-processed in 12 point font and 1.5 line spacing. The word count does not include the cover sheet (*), executive summary (*), table of contents (*), introduction, main body, conclusion, references (*) and appendices (*). Please respect the word count. The sections marked with “*” will not be included in the word count. Bonus Points All individuals have a chance to gain bonus points if you have covered one or more the following points: Provide an excellent report or models; Complete additional tasks to fulfil the assignment, such as a very detailed problem analysis, functional or non-functional requirements……; Demonstrate a sound research effort via high quality of references. All the above will be discussed and decided by the teaching panel. We will mark on quality not just quantities. Warning Any evidence of plagiarism (click on to read in detail) will result in a Fail. Collaborative discussion with other members in the unit around concepts and additional examples is highly recommended, but don’t copy. We have adopted Turnitin facility for assessment submission. This facility provides a matching service which will compare Draft and/or Final submissions with a significant database of web published resources, including online databases and journals. In the case of a Final submission, this will also be compared with other Swinburne items submitted previously. By making use of the draft option and receiving reports back from Turnitin, it is expected students will be able to self-assess and correct submissions. In the case of a Final Assignment Submission, no such report will be made available to students. It is the student's responsibility however, to familiarise themselves with how to avoid plagiarism. Please ask if you are not sure. Don’t forget to keep a backup. If your assignment goes astray, whether your fault or ours, you will be required to re-produce it. Lack of back-up will not be taken as an excuse for lost materials. Late assignments may result in a lower grade for the assignment in terms of the Swinburne assessment guidelines. How you are assessed? Click on a separate file ‘INF60010 Assignment 1 Marking Guide.pdf’ on the blackboard. http://www.swinburne.edu.au/ltas/plagiarism/index.html Swinburne University of Technology Semester 1 2018 INF60010 Assignment 1 Current System Analysis and Modelling (Individual) © Swinburne University 2018 INF60010 Requirement Analysis and Modelling Words Limit: 1500 +/-10% Weighting: 15% Due date: Friday 6th April 9:00am AEST Assignment 1 submission details