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Course Outline

Introduction

  • The concept of design
  • Differences between standard C and Embedded C

The Lifecycle of an Embedded Application

  • The development workflow
  • The maintenance phase
  • The extended lifecycle perspective

Design Tools and Infrastructure

  • Comparing open source and proprietary solutions
  • Compilers, assemblers, and linkers
  • Libraries
  • Debugging tools
  • Simulators
  • Integrated Development Environments (IDEs)

Challenges in Embedded Design

  • Constraints in embedded computing design
  • Cost impact analysis
  • Performance and efficiency optimization
  • Power consumption management
  • Thermal control strategies

Establishing Design Objectives

  • Embracing simplicity in design
  • Specifying system functionality
  • Structuring program logic and architecture

Ensuring System Reliability

  • Inspection and maintenance protocols
  • Uptime expectations
  • Identifying potential failure points

Enhancing Code Reusability

  • Designing without redundancy

Implementing Code Abstraction

  • Strategies for information hiding
  • Creating context-free modules

Modularizing Code Architecture

  • System decomposition
  • Achieving loose coupling
  • Ensuring strong cohesion
  • Maintaining acyclic dependencies

Improving Code Maintainability

  • Enhancing readability
  • Improving testability
  • Increasing configurability
  • Facilitating performance upgrades

Hardware-Specific Considerations

  • Scalable Thermal Design Power (TDP)
  • Integrated graphics capabilities
  • Additional hardware factors

Summary and Final Thoughts

Requirements

  • Fundamental knowledge of embedded systems
  • Practical experience with Embedded C programming
  • Proficiency in basic electronics concepts

Intended Audience:

  • Software Developers
 14 Hours

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