Livro Base para a Disciplina
Chapter 1: Software Engineering of Embedded and Real-Time Systems
Chapter 2: Embedded Systems Hardware/Software Co-Development
Chapter 3: Software Modeling for Embedded Systems
Chapter 4: Software Design Architecture and Patterns for
Chapter 5: Real-Time Building Blocks: Events and Triggers
Chapter 6: Hardware’s Interface to Embedded Software
Chapter 7: Embedded Software Programming and Implementation Guidelines
Chapter 8: Embedded Operating Systems
Chapter 9: Software Reuse By Design in Embedded Systems
Chapter 10: Software Performance Engineering for Embedded Systems
Chapter 11: Optimizing Embedded Software for Performance
Chapter 12: Optimizing Embedded Software for Memory
Chapter 13: Optimizing Embedded Software for Power
Chapter 14: Human Factors and User Interface Design for
Chapter 15: Embedded Software Quality, Integration and
Chapter 16: Software Development Tools for Embedded Systems
Chapter 17: Multicore Software Development for Embedded Systems
Chapter 18: Safety-Critical Software Development
Chapter 19: Intellectual Property
Chapter 20: Managing Embedded Software Development
Chapter 21: Agile Development for Embedded Systems
Chapter 22: Embedded Software for Automotive Applications
Chapter 23: Programming for I/O and Storage
Chapter 24: Embedded Software for Networking Applications
Chapter 25: Linux for Embedded Systems