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ARF-024
Systèmes et réseaux informatiques - 2019

Real-time IT systems

OBJECTIVE :

This course will provide training in all the software and hardware techniques sused in the design and realization of real-time computer systems.

COURSE DURATION AND TIMETABLE :

The course lasts 5 days (30 hours).

GENERAL APPROACH :

The course is an introduction to real-time computer systems. The aim is to provide engineers and technicians who do not specialize in real-time with a look at the latest developments from the industry to benefit their future projects and discussions with specialists from the field.

PREREQUISITE :

Course level: Basic/Advanced

This course is for engineers and technicians who have a basic education in electronics and IT.

COURSE DIRECTOR(S) :

Jean-Pierre MESSAGER:

Consulting Engineer in Architecture and Open IT Development

Bernard PAULY:

Engineer at THALES-ATM, Bagneux.

CONTENT :

  • The general principles of Real Time
  • Features and specification of RT applications and operating systems
    • RT operating system designs
    • Communications and input/output management
    • Management of synchronization, time, access to resources
    • RT operating system architecture models
    • Real Time and dependability
    • The COTS problem (choice guide)
  • Real Time and languages
    • Interface compilers, run-time... eg C, Ada
  • Properties of the production chains
    • Compilation, link editing, loaders, etc.
  • Analysis of a control-command problem for its deterministic safety Real-Time translation
  • Exploration of Real-Time problems affecting safety
  • Influence of the compiler/linker/loader group on deterministic real time
  • Managing interruptions and language exceptions
  • Managing power outages - Memory management
  • Real-time Extensions of UNIX and LINUX Systems
    • Linux kernel architecture
    • Scheduler and memory management on UNIX
    • Architectures supported by Linux: RISC/CISC, etc.
    • POSIX standard real time extensions
    • Lag time
    • Linux for Real Time with significant constraints: RTAI and Xenomai
      • Principles Advantages and disadvantages
      • Development environments
  • Engineering office/department
    • Examples and case studies (management of a telephone exchange) -> specification/preliminary and detailed design of the RT application, verification
    • Critical analysis of different solutions - Recommendations for the general approach
  • Bibliographic analysis
  • Main websites for RT and related products
  • Assessment of the course

 

WHEN AND WHERE :

Scheduled in French:

PARIS: 14 to 18 October 2019

 

For the English realization, please, consult us.

COURSE FEES :

€1,910 excluding tax (20% VAT)

See general terms

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