Methods‚ Information Models‚ Application Protocol (AP)s‚ Implementation Methods‚ and Conformance Tools. The Information Models and Application Protocols describe the data structures and constraints of a complete product model [5]. The use of STEP language can help the enterprises to have to somehow the integration of data for product design activities. STEP has led to improvements in exchange and sharing of simple CAD information‚ product models and complete product structures. Furthermore‚ STEP has
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Flowchart for Report 2 19 Task 3 21 Pseudo codes for a procedure that checks whether a member is paid-up member. 22 Pseudo code for main menu 23 Flowchart for Main menu 24 Testing 25 Test Plan 25 Desk checking 25 Dry Run 26 Task 4 28 Unified Modeling Language 29 High level class diagram 30 Top level use case diagram 31 Activity diagram 32 State diagram 33 Task 5 34 Review of the assignment 34 Bibliography 36 Task 1 The club secretary would like the following reports on a regular
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Model Transformation Using Multiobjective Optimization Mohamed Wiem Mkaouer‚ Marouane Kessentini SBSE Laboratory‚ CIS Department‚ University of Michigan‚ Michigan‚ USA Contents 1. Introduction 2. State of the Art 2.1 Model Transformation Languages 2.2 Model Transformation by Example 2.3 Traceability-Based Model Transformation 2.4 Search-Based Software Engineering 2.5 Summary 3. Motivations and Problem Statement 3.1 Defining Transformation Rules 3.2 Reducing Transformation Complexity
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ONLINE VOTING SYSTEM 4 BANKING SYSTEM CONTENT BEYOND SYLLABUS 5 AIRLINE RESERVATION SYSTEM 6 LIBRARY MANAGEMENT SYSTEM 7 HOTEL MANAGEMENT SYSTEM THEORY OF CASE TOOLS DEFINITIONS: UML (UNIFIED MODELING LANGUAGE): Unified Modeling Language is a standard language which is used to develop the object oriented software and software development process. UML DIAGRAMS ARE: USE CASE DIAGRAM SEQUENCE DIAGRAM CLASS DIAGRAM USE CASE DIAGRAM: A Use case is a set of scenario that describes
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Hansen Department of Computer Science‚ University of Aarhus Aabogade 34‚ 8200 ˚rhus N‚ Denmark A {hbc‚apaipi‚marius}@daimi.au.dk May 2011 Abstract This document presents a practical way of describing software architectures using the Unified Modeling Language. The approach is based on a “3+1” structure in which three viewpoints on the described system are used – module‚ component & connector‚ and allocation – are used to describe a solution for a set of architectural requirements. 1 Introduction
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operation. The demand of this task is to produce a computerised system for the specified functions or services enlisted in the case study by producing an object – oriented model of the system to be developed to support the business using Unified Modelling Language (UML). The assignment practically consists of the below tasks: * The first task
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1. Existing Systems Analysis 2.1. Background Addis Ababa University Faculty of Medicine established in 1964 with the goal of producing medical doctors to handle the country’s health problems. Starting from 1979 the faculty launched graduate programs‚ which was the first graduate program in the history of AAU. In 1998 Tikur Anbessa Hospital‚ which is the largest referral hospital in the country was given to Addis Ababa University (AAU) from the Ministry of Health (MoH) for the faculty as
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functional requirements. To reflect the FRs and NFR’s properly‚ a solid architectural foundation is needed. Modeling is the best way to achieve such a goal‚ and Using UML tools can help to achieve the goal of eliciting functional as well as non functional requirements. We use UML models to represent FRs and NFRs of the system because UML has emerged as the industry standard for software modeling notations. This work provides the thorough and comprehensive work done in the field of eliciting non functional
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Feasibility 9 1.12. 5. Schedule Feasibility 9 1.13. THE SIGNIFICANCE OF THE PROJECT 10 1.14. BENEFICIARIES OF THE SYSTEM 10 1.15. METHODOLOGY FOR THE PROJECT 10 1.16. SYSTEM ANALYSIS AND DESIGN METHODOLOGY 11 1.17. REQUIREMENT STRUCTURING AND DATA MODELING TOOLS 12 1.18. FUNCTIONALITIES 12 1.18. 1 Functional Requirement 12 1.18. 2. Non-Functional Requirement 12 1.19. SCHEDULE 13 1.20. DESCRIPTION OF THE EXISTING SYSTEM 13 1.20. 1. INTRODUCTION 13 1.21. PLAYERS IN EXISTING SYSTEM 13 1.22. MAJOR FUNCTION
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Background: Sets‚ Functions‚ Logical statements‚ Proofs‚ Relations‚ Languages‚ The Principal of Mathematical induction‚ the strong principle of Mathematical induction‚ Recursive definitions‚ Structural Induction. Regular Languages And Finite Automata: Regular expressions‚ Regular languages‚ Memory required to recognize a language ‚ Finite automata‚ Distinguishable strings‚ Union‚ intersection and complement of regular languages. Nondeterminism And Kleen’s Theorem: Non-deterministic finite automata
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