1. ACS 562 – SYSTEMS ANALYSIS AND DESIGN Course Accomplishment Summary Shilpashree K.S Varsha Fall 2010 Purdue University – Fort Wayne Instructor – Dr. John Tanik

2. PART 1 Study on C-Map Study on C-Map Research on project topic Research on project topic Review of the Scholarly papers Review of the Scholarly papers Summarize SWEBOK Knowledge Areas Summarize SWEBOK Knowledge Areas

4. Project Topic Research Went Through http://www.openclinical.org/http://www.openclinical.org/ http://www.purdue.edu/discoverypark/rche/ http://www.purdue.edu/discoverypark/rche/ to get more details about biomedical research field Surveyed the Cancer Detection and Laparoscopic Robotic Surgery from various websites Created a draft version of the Project proposal for “An Automated Detection and Laparoscopic Robotic Surgery for Thyroid Cancer”

5. Review of the Scholarly Papers Representing Clinical Guidelines in UML: A Comparative Study A UML Approach to Process Modelling of Clinical Practice Guidelines for Enactment Enhancing Object-Oriented Software Development through Axiomatic Design. A UML 2.0 Profile for SystemC: Toward Highlevel SoC Design SysML and Systems Engineering Applied to UML based SoC Design Designing Real-Time and Embedded Systems with the COMET / UML method

6. Summarize SWEBOK Knowledge Areas KA 1: Software Requirements KA 1: Software Requirements KA 2: Software Design KA 2: Software Design KA 3: Software Construction KA 3: Software Construction KA 4: Software Testing KA 4: Software Testing KA 5: Software Maintenance KA 5: Software Maintenance KA 6: Software Configuration Management KA 6: Software Configuration Management KA 7: Software Engineering Management KA 7: Software Engineering Management KA 8: Software Engineering Process KA 8: Software Engineering Process KA 9: Software Engineering Tools and Methods KA 9: Software Engineering Tools and Methods KA 10: Software Quality KA 10: Software Quality KA 11: Knowledge Areas of Related Desciplines KA 11: Knowledge Areas of Related Desciplines

7. PART 2 Implementation of Inception Phase of RUP Implementation of Inception Phase of RUP Implementation of Elaboration Phase of RUP Implementation of Elaboration Phase of RUP

8. Implementation of Inception Phase

9. Research Research Business Modeling Business Modeling Requirements Requirements Analysis and Design Analysis and Design

10. Research Research Automated CAD for Detection of Lung Nodule using CT Scans by M. Gomathi, Dr.P Thangaraj Chronic Disease Alliance: A Unified Approach An Automated Computer Aided Breast Cancer Detection System by Varsha H. Patil, Dattatraya S. Bormane and Vaishali S. Pawar.Chronic Disease Alliance: A Unified Approach Segmentation technique for detecting suspect masses in dense breast digitized images as a tool for mammography CAD schemes by Homero Schiabel, Vivian T. Santos, Michele F. Angelo Segmentation technique for detecting suspect masses in dense breast digitized images as a tool for mammography CAD schemes by Homero Schiabel, Vivian T. Santos, Michele F. Angelo

11. Research Research A Telerobotic Assistant tor Laparoscopic Surgery A Virtual Environment and Model of the Eye for Surgical Simulation by Mark A. Sagar, David Bullivant, Gordon D. Mallinson, Peter J. Hunter, Ian W. Hunter Robotic Surgery, Telerobotic surgery, Telepresence, and Telementoring: Review of early clinical results by G.H. Ballantyne.

12. Research Research OMG Systems Modeling Language Tutorial Introduction to UML IEEE recommended practice for software requirements specifications. IEEE 1016 – Recommended Practices for Software Design Description

13. Business Modeling A general vision of the core project’s requirements, key features, and main constraints Vision Document: A general vision of the core project’s requirements, key features, and main constraints which includes business context, success criteria, and financial forecast An Initial Business Case Document which includes business context, success criteria, and financial forecast

14. Requirements Voice of Customer Document Customer Needs Document Functional Requirements Document Project Glossary Document

15. Analysis and Design Axiomatic Design Initial Use Case Model Project Plan Initial Risk Assessment

16. Axiomatic Design FR-DP Design Matrix

17. Axiomatic Design Customer Needs

18. Axiomatic Design FR-DP Decomposition

19. Axiomatic Design Quality Function Deployment

20. An Initial Use Case Model Thyroid Cancer Detection System

21. An Initial Use Case Model Laparoscopic Robotic Surgery

22. Project Plan

23. Project Plan (Contd)

25. Risk Analysis

26. Implementation of Elaboration Phase

27. Business Modeling Requirements Analysis and Design

28. Business Modeling which includes business context, success criteria, and financial forecast Business Case Document which includes business context, success criteria, and financial forecast

29. Software Requirements Specification Introduction Introduction Overall Description Overall Description – Product Perspective, Product Functions, User Characteristics, Stakeholder Needs, General Constraint, Assumptions & Dependencies Specific Requirements Specific Requirements – Functional Requirements – External Interface Requirements – Performance Requirements – Design Constraints – Software System Attributes – Other Requirements

30. Software Requirements Specification

31. Software Requirements Specification Automated Thyroid Cancer Detection System

32. Software Requirements Specification Laparoscopic Robotic Surgery

33. Software Design Descriptions Overview – Introduction, Purpose, Scope, Assumptions and General Constraints, Definitions, Reference Documents Stakeholder – Identification, Concerns Software Architecture Overview – Viewpoint - Views Summary, Architecture Goals and Constraints Architecture Viewpoint – Architecture Viewpoint summary, UML & SysML diagram

34. UML Modeling Data Flow Diagram Automated Thyroid Cancer Detection System

35. UML Modeling Data Flow Diagram Laparoscopic Robotic Surgery

36. UML Modeling Activity Diagram Automated Thyroid Cancer Detection System

37. UML Modeling Activity Diagram Laparoscopic Robotic Surgery

38. UML Modeling Sequence Diagram Automated Thyroid Cancer Detection System

39. UML Modeling Sequence Diagram Laparoscopic Robotic Surgery

40. UML Modeling Class Diagram Automated Thyroid Cancer Detection System

41. UML Modeling Class Diagram Laparoscopic Robotic Surgery for Thyroid Cancer

42. UML Modeling State Chart Diagram Automated Thyroid Cancer Detection System

43. UML Modeling State Chart Diagram Laparoscopic Robotic Surgery

44. UML Modeling Deployment Diagram Automated Thyroid Cancer Detection System

45. UML Modeling Deployment Diagram Laparoscopic Robotic Surgery

46. SysML Modeling Requirements Diagram Automated Thyroid Cancer Detection System

47. SysML Modeling Requirements Diagram Laparoscopic Robotic Surgery

48. SysML Modeling Activity Diagram Automated Thyroid Cancer Detection System

49. SysML Modeling Activity Diagram Laparoscopic Robotic Surgery

50. Thank You