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This document outlines the sections and contents required for a project report, including an abstract, tools and technologies used, features and limitations, user roles, diagrams, screenshots, future enhancements, and references. It provides the structure for a team to document their semester project, explaining the system and development process over multiple phases.
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This software design specification document provides an overview of the project, scope, and architecture. It describes the structure of databases, data, and program components. Detailed design sections cover each component's description, data members, and methods. The user interface design addresses rules, components, and screen designs. Appendices include diagrams and snapshots. The conclusion discusses implementation and testing strategies based on this design.
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Insert Your Name and ClassIT Online Training Application D.docx
<Insert Your Name and Class>
IT Online Training Application Design Specification
<Notes: The items in <> are explanatory and should be removed from your final document after you follow the directions. When you submit your specification, make certain that you use the formatting and numbering in this document. This specification highlights some of the design artifacts in an application.>
1. Introduction
<Provide a brief introduction of the contents of this document.>
1.1 Purpose
<Describe the purpose of this document.>
1.2 Scope
<Describe the scope of the software to be produced.>
1.3 References
<Insert references to other documents and their sections that are relevant to this document like IT Online Training Analysis Specification and the Analysis Specification.>
2. System Architecture
<Provide a brief introduction of the contents of this section and a general description of the software system including its functionality.>
2.1. Assumptions and Dependencies
<Describe any assumptions or dependencies regarding the software and its use. Consider related software or hardware, operating system, end-user characteristics, etc.>
2.2. General Constraints
<Describe any limitations or constraints that have a significant impact on the design of the system’s software and describe its impact. This can include hardware or software environment, end-user environment, availability or volatility of resources, standards, security requirements, memory or other capacity limitations, performance requirements, etc.>
2.3 Proposed System Architecture.
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2.3.1 System Architecture Discussion
<Provide a discussion of your proposed system architecture and a general description of the software system including its functionality and the specific requirements it meets based on the IT Online Training System Requirements.>
3. 4+1 Architecture
<Provide an introduction of the 4+1 architecture. >
3.1 Logical View
<According to FCGSS (2007), The logical view “focuses on realizing an application’s functionality in terms of structural elements, key abstractions and mechanisms, separation of concerns and distribution of responsibilities.” Include a brief description of the UML diagram you would propose for this view. If you have already created this model, insert it here with a discussion.>
3.2 Process View
<According to FCGSS (2007), the logical view “considers non-functional aspects such as performance, scalability and throughput. It addresses the issues of concurrency, distribution and fault tolerance. It shows the main abstractions from the Logical View executing over a thread as an operation.” Include a brief description of the UML diagram you would propose for this view. If you have already created this model, insert it here with a discussion.>
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This document outlines key concepts in systems analysis and design, including:
- The systems development life cycle (SDLC) which provides an overall framework using predictive or adaptive approaches.
- Phases of the SDLC include planning, analysis, design, implementation, and support. Current trends incorporate more iterative approaches.
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Insert Your Name and ClassIT Online Training Application D.docx
<Insert Your Name and Class>
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1. Introduction
<Provide a brief introduction of the contents of this document.>
1.1 Purpose
<Describe the purpose of this document.>
1.2 Scope
<Describe the scope of the software to be produced.>
1.3 References
<Insert references to other documents and their sections that are relevant to this document like IT Online Training Analysis Specification and the Analysis Specification.>
2. System Architecture
<Provide a brief introduction of the contents of this section and a general description of the software system including its functionality.>
2.1. Assumptions and Dependencies
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<Describe any limitations or constraints that have a significant impact on the design of the system’s software and describe its impact. This can include hardware or software environment, end-user environment, availability or volatility of resources, standards, security requirements, memory or other capacity limitations, performance requirements, etc.>
2.3 Proposed System Architecture.
<Insert your proposed System Architecture diagram.>
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<Provide a discussion of your proposed system architecture and a general description of the software system including its functionality and the specific requirements it meets based on the IT Online Training System Requirements.>
3. 4+1 Architecture
<Provide an introduction of the 4+1 architecture. >
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<According to FCGSS (2007), The logical view “focuses on realizing an application’s functionality in terms of structural elements, key abstractions and mechanisms, separation of concerns and distribution of responsibilities.” Include a brief description of the UML diagram you would propose for this view. If you have already created this model, insert it here with a discussion.>
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Title of the ProjectbyStudent NameThis is an Engineeri.docx
Title of the Project
by
Student Name
This is an Engineering project submitted to the Gannon University graduate faculty in
partial fulfillment for the degree Master of Science in Engineering.
Major Subject: Electrical Engineering
Approved:
Advising Professor in Charge of Major Work
Chairperson of Major Department
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Erie, Pennsylvania 16541
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The writer thanks mentors, colleagues, lists the individuals or institutions that supported the research, and gives credit to works cited in the text for which permission to reproduce has be granted. ACKNOWLEDGMENTS appears centered at the top of the page.
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Give a 60-100 word abstract/executive summary of the project here.The abstract briefly summarizes the thesis and the contents of the paper. ABSTRACT appears centered at the top of the page.
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INTRODUCTION
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Scope
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1.3
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1.4
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2.4
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2.5
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10
3.7
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3.8
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4.
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12
4.1
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12
4.2
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4.3
Summary
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5.
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5.1
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8.
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1) An updated data model and architectural context diagram from the previous project
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by
Student Name
This is an Engineering project submitted to the Gannon University graduate faculty in
partial fulfillment for the degree Master of Science in Engineering.
Major Subject: Electrical Engineering
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Advising Professor in Charge of Major Work
Chairperson of Major Department
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Erie, Pennsylvania 16541
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Acknowledgements
The writer thanks mentors, colleagues, lists the individuals or institutions that supported the research, and gives credit to works cited in the text for which permission to reproduce has be granted. ACKNOWLEDGMENTS appears centered at the top of the page.
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Give a 60-100 word abstract/executive summary of the project here.The abstract briefly summarizes the thesis and the contents of the paper. ABSTRACT appears centered at the top of the page.
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INTRODUCTION
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List of Symbols
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Introduce the project succinctly. Chapter 1 is usually the introduction. Sections should include the objectives of the project, the design criteria, the constraints, and the background material leading up to the current project.
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Define scope of the problem clearly.
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The document discusses systems analysis activities including requirements modeling, data and process modeling, object modeling, and development strategies. It describes various modeling techniques used in systems analysis such as functional decomposition diagrams, business process modeling, data flow diagrams, and use case diagrams. It also covers different development approaches like joint application development, rapid application development, agile methods and their advantages and disadvantages.
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1) What can you identify about the rhetorical situation of this vi.docx
The document appears to be templates and instructions for project management documentation including a project info sheet, project estimate worksheet, time log, defect log, and pull-down menus for commonly used terms. It provides fields and formatting for tracking project details, time spent, and defects encountered. Instructions are included on categorizing defects by origin, type, and mode to help with root cause analysis.
Chapter 1
This document provides an overview of systems analysis and design methodologies. It describes the traditional Systems Development Life Cycle (SDLC) process including planning, analysis, design, implementation, and maintenance phases. The document also discusses more modern agile methodologies like Rapid Application Development (RAD) and eXtreme Programming which incorporate prototyping and iterative development. Object-Oriented Analysis and Design (OOAD) is covered as well as tools like Computer-Aided Software Engineering (CASE) that support systems analysis and design.
Overview of DoDAF with Innoslate
"Overview of DoDAF with Innoslate" answers the questions:
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-How Can MBSE Tools Specifically Support DoDAF?
Your webinar host, Dr. Steve Dam provides you with an in-depth overview of the DoDAF 2.0 using the systems engineering software, Innoslate. Dr. Dam, the President and Founder of SPEC Innovations, participated in the development of DoDAF. He recently published "DoDAF 2.02 A Guide to Applying System Engineering to Develop Integrated, Executable Architectures." The presenter will provides a live tool demonstration of Innoslate with a questions and answer session to follow.
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Crafted Design - ITAKE 2014
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How can we quickly tell what an application is about? How can we quickly tell what it does? How can we distinguish business concepts from architecture clutter? How can we quickly find the code we want to change? How can we instinctively know where to add code for new features? Purely looking at unit tests is either not possible or too painful. Looking at higher-level tests can take a long time and still not give us the answers we need. For years, we have all struggled to design and structure projects that reflect the business domain.
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The document discusses the system development life cycle (SDLC) in detail. It describes the 8 main steps of SDLC as systems investigation, systems analysis, systems design, programming, testing, implementation, operation, and maintenance. For each step, it provides explanations of the key activities and objectives. The document also covers alternative development methods like prototyping, joint application design, rapid application development, and object-oriented development. Finally, it discusses database management approaches and the advantages of using a database over traditional file-oriented data storage.
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The document discusses the system development life cycle (SDLC) which includes 8 stages: systems investigation, systems analysis, systems design, programming, testing, implementation, operation, and maintenance. It provides details on each stage, including the objectives and key activities. Additionally, it discusses alternative methods for systems development like prototyping, joint application design, rapid application development, integrated computer-aided software engineering tools, and object-oriented development.
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The document discusses the system development life cycle (SDLC) in detail. It describes the 8 main steps of SDLC as systems investigation, systems analysis, systems design, programming, testing, implementation, operation, and maintenance. For each step, it provides explanations of the key activities and objectives. The document also covers alternative development methods like prototyping, joint application design, rapid application development, and object-oriented development. Finally, it discusses database management approaches and the advantages of using a database over traditional file-oriented data storage.
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Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
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external viva presentation_tempate.pptx
- 1. TITLE OF YOUR PROJECT Parul Institute of Computer Applications Semester 2 Project -1 2021-22 Team members 1. < Enrolment No.> <Name> <Division> 2. < Enrolment No.> <Name><Division> 3. < Enrolment No.> <Name><Division> EXTERNAL PROJECT VIVA 2021-2022
- 2. INDEX Abstract Tools and Technology Used Features of Proposed System Limitation of Proposed System Users and their role description System Flow Diagram Data Flow Diagram ( All Levels) Use Case Diagram Data Dictionary Screenshots of Development Phase 1 ( Designing of your Project) Screenshots of Development Phase 2 ( Features Implementation) Screenshots of Development Phase 3 ( Features Implementation) Future Enhancement Conclusion References
- 3. ABSTRACT Summary or Short description of project
- 4. TOOLS AND TECHNOLOGY USED Tools and Technologies to be used to develop the project
- 5. FEATURES OF PROPOSED SYSTEM List out the features (functionalities) of proposed system with their short description
- 6. LIMITATION OF PROPOSED SYSTEM List out the limitations of your system with their short description
- 7. USERS AND THEIR ROLE DESCRIPTION List out the Users with their role description
- 8. SYSTEM FLOW DIAGRAM Diagram of your System
- 9. DATA FLOW DIAGRAM ( ALL LEVELS OF DFDS) System Flow Diagram of your System
- 10. USE CASE DIAGRAM System Flow Diagram of your System
- 11. DATA DICTIONARY Data Dictionary of your system
- 12. SCREENSHOTS OF DEVELOPMENT PHASE 1 ( DESIGNING OF YOUR PROJECT) Screenshots of Designing of your System
- 13. SCREENSHOTS OF DEVELOPMENT PHASE 2 ( FEATURES IMPLEMENTATION) Screenshots of your System’s Features Implementation
- 14. SCREENSHOTS OF DEVELOPMENT PHASE 3 ( FEATURES IMPLEMENTATION) Screenshots of your System’s Features Implementation
- 15. FUTURE ENHANCEMENT Future enhancement( Future Implementation) of your system
- 16. CONCLUSION Conclusion of your system
- 17. REFERENCES References of your system
- 18. THANK YOU !!!