System Integration
by AbdulElah Hassanain
1. 7 Software Integration
1.1. Software Integration
1.2. Software Integration Strategy
1.3. Planning Characteristics
1.4. Approach To Software Integration
1.5. Software Integration Testing
1.6. “Bam Theory” Approach
1.7. Development Facility
1.8. Software Operations
1.9. Software Design/Development Environment Requirements
1.10. Software Configuration
1.11. Software Integration Setup
1.12. Integration Test
1.13. Installation Plans And Procedures
1.14. Software Integration Log
1.15. Integration Verification And Validation
1.16. Quality Team Role
1.17. Configuration Reviews And Audits
2. 8 Software and Systems
2.1. Integration Software And Systems Integration Objectives Are Accomplished Through:
2.2. Software And Systems Integration Plan
2.3. Software And Systems Integration Facility
2.4. Facility Operations & Configuration
2.5. Integration Setup
2.6. Test Team
2.7. Integration Test Processes
2.8. Quality Participation In Software And Systems Integration
2.9. Quality Checklist
2.10. Verification And Validation
2.11. Late Nights, Early Mornings, And Weekends
2.12. Software Quality Support
2.13. Effective Methods For Software And Systems Integration Include:
2.14. Planning
2.15. Risk Management
2.16. Basic Process Steps
2.17. Requirements
2.18. Components Of Success
3. 9 Software Subcontractor
3.1. Software Subcontractor
3.2. Program And Project Selection
3.3. Subcontractor Approach
3.4. Software Subcontractor Plan
3.5. Subcontractor Plan Approach
3.6. Software Audits
3.7. Software Audits
4. 10 Software and System Delivery
4.1. Important Aspects Before Delivery Of Software And Systems To Customers
4.2. Software Media And Data Delivery
4.3. Software Documentation
4.4. Version Control Documentation
4.5. Build And Installation Procedure
4.6. Delivery Package
4.7. Final Software And Systems Delivery
4.8. First Article Inspection
4.9. Software Fai Checklists
4.10. Functional Configuration Audit
4.11. Fca Activities
4.12. Physical Configuration Audit
4.13. Pca Activities
5. 11 Product Evaluation
5.1. Product Evaluation
5.2. Quality Assurance
5.3. Software Quality Plan
5.4. Audit Examination Inclusions:
5.5. Product Evaluation Schedule
5.6. Program And Project Managers Vision Statement
5.7. Artifacts
5.8. Audit Findings
5.9. Corrective Actions
5.10. Appropriate Reviews Of Ca And Ia
5.11. Quality Metrics
5.12. Quality Management System
5.13. Software Process
5.14. Software Reviews
5.15. Seven Step Stress Management Technique
5.16. Solving Quality Issues
6. 12 Software/Systems Integration Plan
6.1. Plan Information
6.2. Abstract
6.3. Keywords
6.4. Ssip Plan Overview
6.5. Senior Management Function
6.6. Software Tools
6.7. Test
6.8. Software
6.9. Systems
6.10. Hardware
6.11. Test Documentation
6.12. Test Approach
6.13. Responsibilities
6.14. Facilities Operation
7. 1 System Integration
7.1. Integration Methods
7.2. Software Life Cycle
7.3. The Right Disciplines
7.4. Program And Project Planning
7.5. Systems Design
7.6. Software Requirements
7.7. Software Design/Development
7.8. Software Implementation
7.9. Software And Systems Integration
7.10. Software Subcontractor
7.11. Software And Systems Integration Delivery
7.12. Product Evaluation
7.13. Fix This Problem
8. 2 Program and Project Planning
8.1. Essential Elements
8.2. Program Plan Development
8.3. Effective Programs
8.4. Established Framework
8.5. Project Guidelines
8.6. Communication Planning Principals
8.7. Senior Management
8.8. Program And Project Planning (Method)
8.9. Planning Activities Should Include:
8.10. Planned Schedules
8.11. The Three Critical Factors
8.12. Critical Items In A Development Plan (In Virtual)
8.13. Development Planning Steps
8.14. The Importance Of Teamwork
8.15. Team Responsibilities
8.16. Team Action Cycle
8.17. Effective Team Members
9. 3 Systems Design
9.1. System Design
9.2. System Engineering Plan
9.3. Major Technical Reviews & Audits Affecting Software And Systems Include:
9.4. Purpose And Organization
9.5. Systems Engineering Plan
9.6. Software Architecture Evaluation
9.7. Evaluations Provide
9.8. The System/Subsystem Architecture Requirements Determine Impacts
9.9. Process Results
10. 4 Software Requirements
10.1. Defined Software Requirements
10.2. Definition Of Software Requirements
10.3. Analysis
10.4. Use Case
10.5. Functions
10.6. Architecture
10.7. Integration
10.8. Verification And Validation
10.9. Accomplished Systems Verification And Validation Of Requirements
10.10. Requirements Documentation
10.11. Requirements Traceability
10.12. Formal Review Preparation
10.13. Managing A Requirements Tool
10.14. Released Software Requirements
11. 5 Software Design
11.1. Software Design
11.2. Development Plan
11.3. Software Design Decisions
11.4. Software Requirements Evaluation
11.5. Software Reuse
11.6. Peer Reviews
11.7. Examples Of Peer Review Methods
11.8. Peer Reviews Criteria
11.9. Software Design/Development Methods
11.10. Agile Software Processes
11.11. Four Key Elements Of Agile Software Engineering
11.12. Configuration Management (Cm)
11.13. Software Standards
11.14. Capability Maturity Model Integration (Cmmi)
11.15. Cmmi Software Engineering Tasks
11.16. Lean Six Sigma
11.17. Lean Goal: Eliminate Eight Wastes
11.18. Software Design/Development
12. 6 Software Implementation
12.1. Software Implementation Method
12.2. Configuration Management
12.3. Build Requests
12.4. Build Engineer Role
12.5. Configuration Management Tools
12.6. Ibm Rational Clearcase
12.7. Clearcase Roles
12.8. Ibm Rational Clearquest
12.9. Software Media And Data
12.10. Future Trends
12.11. Tool Support
12.12. Primary Steps
