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dSPACE Training 2018
January – July
www.dspace.com
2
Training 2018
Program
AUTOSAR
Introduction to the AUTOSAR Standard 4
System Architecture
System Modeling with SystemDesk 5
Virtual Validation 6
dSPACE Real-Time Systems (for RTI-Based Platforms) 7
ControlDesk
ControlDesk Basic 8
ControlDesk Advanced 9
Workshop: ControlDesk Automation 10
RTMaps
RTMaps Basic: Developing Multisensor
Applications 11
RTMaps Advanced 12
Rapid Control Prototyping
RapidPro 13
ECU Autocoding
TargetLink Basic 14
TargetLink Advanced 15
TargetLink AUTOSAR Support 16
dSPACE SCALEXIO System 17
Test Automation
AutomationDesk 18
Real-Time Testing 19
dSPACE Automotive Simulation Models
ASM Vehicle Dynamics Basic 20
ASM Traffic 21
ASM Engine Simulation Basic 22
ASM Engine In-cylinder Simulation 23
ASM Battery Simulation 24
FPGA
FPGA Basic 25
FPGA Electric Drives 26
Bus Systems
RTI CAN MultiMessage Blockset 27
dSPACE FlexRay Configuration Package 28
Data Management
SYNECT Test Management 29
Workflow Management (WFM) 30
What We Offer 31
Registration and Location 32
Overview
Training Courses 34
Workshops 35
Dates 36
Registration Form 38
Training 2018
3
Welcome
dSPACE offers hands-on experience and practical
exercises based on a well-founded theoretical back-
ground. Our user’s needs, the positive feedback from
our participants, and our new product releases are
all reasons why we are frequently introducing more
courses.
Have a look at our training courses for developing
multisensor applications (pages 11-12). Multisensor
applications play an essential role in many areas,
such as advanced driver assistance systems, autono-
mous driving, multimodal human-machine interfaces,
robotics, and aerospace. You will learn how to use
RTMaps from Intempora to acquire and process sen-
sor data, record and play back data. You will also be
able to integrate your own algorithms using Python,
C++ or Simulink
®
.
In the Virtual Validation training course (page 6) you
will learn to confi gure and run simulations during
the ECU development process to detect errors as
early as possible. dSPACE VEOS allows for the simula-
tion of virtual processing units (VPUs) on a PC, i.e.,
no additional hardware is required. The tool can also
be used to prepare simulation setups for hardware-
in-the-loop simulations before the hardware is
available.
The dSPACE Automotive Simulation Models (ASM)
are a tool suite for simulating combustion engines,
vehicle dynamics, electric components, and the
traffi c environment. The open Simulink
®
models are
used for model-based function development and in
ECU tests on a hardware-in-the-loop (HIL) simulator.
Learn how to use these models in our various train-
ings courses (pages 20-24).
Our SYNECT Test Management training course
(page29) explains how to process test data with
SYNECT Test Management, including all the steps
from handling requirements, test cases, and execu-
tion plans to executing tests and evaluating the test
results. It also covers SYNECT’s variant model and
variant-dependent test execution.
The training courses take place in Paderborn, unless
stated otherwise. Other courses are also being held
at our project centers in Stuttgart and Munich.
As an additional service, we can also provide on-site
training exclusively for your company.
Check out all of the latest news and additions on our
website: www.dspace.com/go/training
The dSPACE Training Team
4
Training 2018
Introduction to the AUTOSAR Standard
Over the last few years, the AUTOSAR initiative (AUTo-
motive Open System ARchitecture, www.autosar.org)
has successfully established a standard for automo-
tive software architectures.
This course introduces you to the main goals and
contents of the AUTOSAR Classic Platform. Some
of the aspects covered are the methodology be-
hind the standard, the concept and purpose of the
virtual functional bus (VFB), and the different layers
of the standard software architecture, which are
described in different templates (application layer,
run-time environment (RTE), basic software).
Participants
Systems engineers, software architects, and software
developers
Anyone involved in the development process
for automotive software
Goals
Get an overview of the AUTOSAR standard’s classic
platform with the main focus on application software
and system modeling
Learn about the contents of and the relationship
between the different documents and templates
Familiarize yourself with the basic terminology (e.g. RTE,
SWC, VFB)
Course Contents
Introduction to AUTOSAR
Methodology of AUTOSAR
Concept of the virtual functional bus (VFB)
Software architecture: application layer
(software component template)
System description
Software architecture: run-time environment (RTE)
Software architecture: basic software (Basics)
1-Day Training Course
Fee per person: € 500 (plus tax)
Dates
February 21, 2018
May 3, 2018
July 17, 2018
Times
9:00 a.m. to 5:15 p.m.
5
Training 2018
System Modeling with SystemDesk
SystemDesk is a tool for modeling, integrating,
and simulating system architectures and distrib-
uted software systems according to the classic
platform of the AUTOSAR standard.
This training course focuses on modeling. First,
you will learn the necessary basics of the AUTO-
SAR standard on modeling software components
and compositions. Next, you will model software
components and compositions in SystemDesk and
integrate TargetLink code for them. Finally, you
will build and configure a system and compute a
system extract.
Participants
Systems engineers, software architects, and software
developers
Goals
Get an overview of the software component template
of the AUTOSAR standard
Model a software component in SystemDesk
Integrate TargetLink code
Build a top-level software composition and build and
configure a system
Tools and Systems
SystemDesk Modeling Module
Course Contents
The software component template
of the AUTOSAR standard
Modeling software components
Integrating implementations
Building compositions
AUTOSAR import/export
Automation options
Please note:
The simulation features of SystemDesk and VEOS are
covered by the separate Virtual Validation training course
(page6).
2-day training course
Fee per person: € 1070 (plus tax)
20% discount for universities
In combination with the Virtual Validation
training course the overall fee per person is EUR
1380 (plus tax).
Dates
February 27-28, 2018
April 10-11, 2018
July 3-4, 2018
Times
9:00 a.m. to 5:15 p.m.
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