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Real Time Embedded Linux and Development Tools Technicals





Embedded Real Time Linux Training

Réf.Training sessionDetailsDaysWhenWherePrice
6130Real Time Embedded Linux 5 j. 09..13/02/09
23..27/03/09
20..24/04/09
28..22/04/09
25..29/05/09
22..26/06/09		Grenoble
Paris
Lyon
Marseille
Nantes		1450 €
 

Other related Linux and Open-Source training Courses

 
6110Linux kernel and drivers 5 j. 26..30/01/09 Grenoble 1450 €
6120Embedded Linux 5 j. 12..16/01/09
09..13/03/09
06..10/04/09
04..08/05/09
08..12/06/09		Paris
Grenoble
Lyon
Marseille
Nantes		1450 €
6210Virtual Private Networks 5 j. 23..27/02/09 Grenoble 1450 €

Real Time Embedded Linux

Course Objectives

Present a solution for Embedded Systems Engeneers with industrial real time constraints like step motors, GSM phone stacks, bluetooth baseband stack or any hard real time application to run on a single processor:

  • Hard Real Time applications, with latency lower thanl'ordre 100µs driven by a OSEK® RTOS like Partikle, or RTEMS
  • and Linux with its large set of application and human interfaces libraries.

This training course for embedded real time Linux presents how to port Linux on a new target, the possibilities and limitations of the real time features of Linux 2.6 and focus on the following concepts:

  • Real Time virtualization with hypervisors like Xtratum, RTLinux, RTAI, Xenomai et VLX,
  • Real Time Partition inter connection between Partikle, RTEMS or RTLinux
    and with soft real time applications inside Linux.

Programme

Day 1

Presentation of the architecture

  • The tools, GCC compiler, binutils, Bootloader, hyperviseur, Linux, Partikle(OSEK).
  • Case study: Gathering the tools on a Linux workstation and use scratchbox and Qemu to test Linux, Xtratum, Partikle(OSEK).

Day 2

Embedded Linux

  • Build an Embedded Linux System, configure the kernel and the Root Filesystem
  • Case study: Building an Embedded Linux on a PC104 development board.

Day 3

Virtualization and partitioning

  • Different kind of interruption virtualization and partitioning between Linux and a RTOS like OSEK.
  • Case study: Configure tools and kernel for the different systems, Partikle(OSEK), the Xtratum hypervisor and Linux. Build the embedded image and download it on the target.

day 4

Inter partition Communication

  • Study of the inter partition communication. Synchonization mechanisms between partitions.
  • Case study: Write two little application communicating between a Partikle (OSEK) partition and a Linux partition.

Day 5

optimizations

  • Incompatibilities with software and hardware, network access, the Partikle(OSEK) drivers.
  • Case study: Write a parallel port driver for Partikle.

Who Should Attend

Software engeneers and field engeneers who will be using or building embedded systems with Real Time capabilities and a complex human to machine or machine to machine interface.

Training session hardware

MNIS provides the following hardware for the Embedded Linux training session:

  • Laptop or Workstation runing linux Debian (RedHat or Fedora on demand(*)).
  • PC104 development board
  • Other target provided by the participant on demand (*).

(*) Any modification for the Linux distribution or the hardware for case study may modify the content of the training course.

Course description

  • Participants: The number of participants is limited to 8 per session.
  • Trainers: Our trainers are experienced engeneers in Real Time Systems with 10 years or more in creating Embedded Linux Systems.
  • Standard sessions: Take a look at our 2009 calendar.
  • Special sessions: We can organize for you on demand session on specific topics at your place.

Register for a training session

Send us an email and indicate the training course and the dates you want to participate and we will contact you to finalize your registration.
Click on the icon on the right to send the email...

Take a look at our references - Contact us at mnis@mnis.fr.


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