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Real-time Programming for Embedded Systems
Embedded Systems Training Overview

Programming for embedded systems is an entirely different discipline from traditional “desktop” or main-frame programming. An embedded system must be able to respond to external events in a predictable, reliable way. Real-time programs must not only execute correctly, they must execute “on time”. A late answer is a wrong answer.

Multitasking has proven to be a powerful paradigm for building reliable and understandable real-time programs. This intensive three-day seminar provides a practical introduction to the concepts of multitasking with particular emphasis on embedded applications.

Through a combination of lectures and practical hands-on lab work, seminar participants will gain a fundamental understanding of real-time programming principles and techniques for applying these principles to real-world design problems. Each participant receives a development kit consisting of:

Integrated software development environment (IDE)

Single-board computer with:
  • 186-class processor
  • 128 kbytes of Flash memory and
  • 32 kbytes of static RAM
  • Two serial ports with cables
  • Digital and analog I/O
In addition to writing embedded applications, you’ll learn to design and code interrupt-driven device drivers. You’ll also learn a wide range of techniques for debugging and troubleshooting multi-tasking code.

Finally, we go “under the hood” to explore the design and implementation of MicroC/OS, a typical pre-emptive multitasking kernel. By examining the internal workings of a multitasking kernel, you gain valuable insights into the nature of preemptive programming, its benefits and challenges.

Embedded Systems Training Course duration

3 Days

Embedded Systems Training Course outline

  • What is a real-time embedded system?
  • Review of real-time programming background and theory
  • Tasking model
  • Inter-task communication - Solving the Resource Sharing Problem
  • Real-time design issues
  • Problems with Solving the Resource Sharing Problem
  • The Paradigm Embedded IDE
  • Introducing MicroC/OS
  • Hardware and target dependencies
  • Building and running a data acquisition application
  • Debugging Embedded Systems
  • Design and Implementation of MicroC/OS
  • "Upgrades" to MicroC/OS
  • Writing an interrupt-driven device driver

 
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