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Course Outline

Historical Context of Linux

  • Examining the genesis and progression of Linux within the landscape of Embedded Systems.

Open Source Development Framework

  • Overview of open-source philosophies and their strategic application in embedded software engineering.

Foundations of Embedded Linux

  • Core concepts, essential components, and the architectural framework of Embedded Linux systems.

Cross-Development and Bootloaders

  • The rationale and requirements for utilizing cross-development toolchains.
  • Role of bootloaders such as U-Boot in initiating embedded Linux systems.

Assembling a Custom Embedded Linux System

  • Hands-on module focused on configuring a tailored embedded Linux environment for specific hardware targets (ARM or MIPS-based development boards).

Essential Embedded Linux Tools

  • Survey of critical instrumentation and utilities for developing and maintaining embedded systems.

Build System Architecture

  • Functionality and configuration of build management systems, including Make and Bitbake, within Embedded Linux workflows.

Application Engineering and Debugging

  • Practical exercises in developing and troubleshooting applications for embedded Linux environments.
  • Leveraging standard development platforms (e.g., GDB, Eclipse with CDT) for coding and issue resolution.

Capstone Project or Case Study Analysis

  • Opportunity to review and discuss a relevant project or case study, integrating course concepts into practical scenarios.

Requirements

  • Fundamental understanding of Embedded Systems
  • Proficiency in a high-level programming language (C or C++)
 14 Hours

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