Risk mitigation in Embedded Software Development
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This document outlines key risk areas in embedded software development such as requirements definition, architecture design, implementation, testing, and project management. It recommends mitigating these risks through peer code reviews, coding standards, process improvements, design validation, and implementing a structured development process using tools for version control, requirements traceability, bug tracking, and project management. Regular stakeholder reviews and updates are also suggested.
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Risk mitigation in Embedded Software Development
- 1. Risk Mitigation EMBEDDED SOFTWARE Development VINITA A PALANIVELOO PHD COMPUTER SCIENCE & ENGINEERING
- 2. Key risk Areas Software Process Requirements Definition & Analysis Architecture design Implementation Functional Verification Performance Analysis / Load Testing / Regression Testing Reliability Project management Skillsets & Training
- 3. Risk Mitigation Requirements Analysis Peer code Reviews Coding standards Improve process Internal Stakeholder for GATE reviews Software Quality Assurance Design Validation
- 4. Implement a Process Agile SCRUM Waterfall ◦ Have Periodic stand-ups & Updates
- 5. TOOLS Software Repository & Version Control ◦ E.g., Git/ SVN Requirements Traceability ◦ E.g., DOORS/ JIRA Bug Tracking ◦ E.g., Mantis / Bugzilla Project Management ◦ E.g., Trello, Manuskript Ref: Risk Areas In Embedded Software Industry Projects, Philip Koopman, CMU, 2010