Training / GLIWA

Training course 1: “Automotive Embedded Timing and Timing Analysis”

One day presentation-based training course

Location	meeting room provided by customer
Duration	one day (9:00am to 4:30pm with one hour lunch break)
Language	written materials: EN, presentation: either EN or DE (as required)
Content	Morning session: Timing Basics What is embedded timing and timing analysis? Timing on code level, RTOS level and network level Timing in the development process (cf. V-model) AUTOSAR & timing Timing analysis techniques Timing use-cases/problems and possible solutions Multi-core aspects Standards addressing timing (ISO 26262, IEC61508, DO178, etc.) Afternoon session: Examples and focus "tracing" The early development phase: timing architecture, timing design Timing analysis at the RTOS level and code level using tracing Timing verification and timing tests A key for quality improvement: automated timing test Discussion of examples from over 20 years of experience with automotive timing analysis
The training course is targeted at	Integrators Software developers Test engineers Technical project managers
Preconditions (participants)	Basic software development know-how, e.g. knowledge of the V-model Ideally experience with automotive mass production projects
Preconditions (location)	Room suitable for presentation from 8:30am to 5:00pm (training course: 9:00am to 4:30pm with one hour lunch break) Projector with a minimum resolution of 1280 x 1024 pixels Lunch for the participants and the tutor; coffee and soft drinks
Training material	the training material will be provided as PDF documents. For the timing basics course, each participant will get a DIN-A1 poster summarizing the course.
Certificate	All participants who complete the course receive a certificate signed by the tutor.

Training course 2: “Automotive Embedded Timing and Tracing Basics”

Two day hands-on training course

Location	meeting room provided by customer
Duration	two days (9:00am to 4:30pm with one hour lunch break)
Language	written materials: EN, presentation: either EN or DE (as required)
Content	Day 1: Morning session: Timing Basics What is embedded timing and timing analysis? Timing on code level, RTOS level and network level Timing in the development process (cf. V-model) AUTOSAR & timing Timing analysis techniques Timing use-cases/problems and possible solutions Multicore aspects Standards addressing timing (ISO 26262, IEC61508, DO178, etc.) Day 1 Afternoon session: Tracing basics and exercises Basic principles of tracing Timing analysis at the RTOS level and code level using tracing T1.scope: the "oscilloscope" for software T1.cont: on-target timing analysis and timing supervision Along with all the technical topics throughout the training course: discussion of examples from over 20 years of experience with automotive timing analysis. Day 2: Morning session: Tracing basics and exercises T1.flex: flexible code instrumentation at run-time A key for quality improvement: automated timing test (Example: T1.api) CPU-utilization: important details rarely taken into account Day 2 Afternoon session: Management of timing in the development process The early development phase: timing architecture, timing design Defining AUTOSAR timing requirements using TIMEX (and check them with T1) T1.diff: timing comparison between versions
The training course is targeted at	Integrators Software developers Test engineers Technical project managers T1 users and future T1 users
Preconditions (participants)	Basic software development know-how, e.g. knowledge of the V-model Ideally experience with automotive mass production projects
Preconditions (location/infrastructure)	Room suitable for presentation from 8:30am to 5:00pm (training course: 9:00am to 4:30pm with one hour lunch break) Projector with a minimum resolution of 1280 x 1024 pixels At least one laptop or PC for two participants. The T1 licenses will be provided on USB dongles, please state the number of dongles required. The T1 host software should be installed prior to the training course. A download link will be provided by Gliwa well in advance. Lunch for the participants and the tutor; coffee and soft drinks
Training material	the training material will be provided as PDF documents. Hard copies with the exercises will be provided. For the timing basics, each participant will get a DIN-A1 poster summarizing the course.
Certificate	All participants who complete the course receive a certificate signed by the tutor.

Training course 3: “Multi-core Timing”

One day presentation-based training course

Location	meeting room provided by customer
Duration	one day (9:00am to 4:30pm with one hour lunch break)
Language	written materials: EN, presentation: either EN or DE (as required)
Content	Morning session: Fundamentals of multi-core hardware and software Multi-core instruction/data handling Shared peripherals Division of software among cores Compiler support for multi-core Multi-core debugging Afternoon session: Intercore communication & Performance Fundamentals & examples With and without an OS (especially AUTOSAR) Common defects and their solutions How do I make best use of each core? Performance problems Software conflicts at intercore communication and their impacts Hardware conflicts at peripherals, memories and busses and their impacts Avoiding and minimizing the impacts of conflicts
The training course is targeted at	Integrators Software developers System architects
Preconditions (participants)	Good software development know-how in C language, (single core) micro controllers, compilers Ideally experience with automotive mass production projects
Preconditions (location)	Room suitable for presentation from 8:30am to 5:00pm (training course: 9:00am to 4:30pm with one hour lunch break) Projector with a minimum resolution of 1280 x 1024 pixels Lunch for the participants and the tutor; coffee and soft drinks
Training material	the training material will be provided as PDF documents.
Certificate	All participants who complete the course receive a certificate signed by the tutor.

Product training A: “T1 basic training”

One day training course with short exercises

Location	Meeting room provided by customer
Duration	One day (10am to 5:30pm with one hour lunch break)
Language	Written materials: EN, presentation: either EN or DE (as required)
Content	Morning session: T1 fundamentals Overview T1 Relation of T1-TARGET-SW and T1-HOST-SW T1.scope: functionality, configuration, usage T1.cont: functionality, configuration, usage Interaction of T1.scope and T1.cont Target interface and bandwidth topics Afternoon session: Dynamic instrumentation and timing tests T1.delay and "Application Features" T1.flex: use-cases and usage T1.api: overview and use-cases, automation of timing tests Additional features: report generation and ELF analysis
The training course is targeted at	Integrators Software developers Test engineers Technical project managers T1 users and future T1 users Anybody who wants to get a well-grounded overview of T1
Preconditions (participants)	Basic software development know-how, e.g. knowledge of the V-model Ideally experience with automotive mass production projects
Preconditions (location)	For traing courses carried out in Weilheim, the following topics are covered by GLIWA. Room suitable for presentation from 9:30am to 6:00pm (training course: 10am to 5:30pm with one hour lunch break) Projector with a minimum resolution of 1280 x 1024 pixels Lunch for the participants and the tutor; coffee and soft drinks
Training material	The training material will be provided as PDF documents.
Certificate	All participants who complete the course receive a certificate signed by the tutor.

Product training B: “T1 advanced training”

One day training course with hands-on exercises on our Infineon AURIX™ based ATdemo boards.
The “T1 advanced training” typically takes place the day after the “T1 basic training” so that both sessions together form a two day training course. For any courses carried out at the GLIWA headquarters in Weilheim in Oberbayern, GLIWA organizes a dinner for all participants staying overnight.

Location	Meeting room provided by customer
Duration	One day (9:00am to 4:30pm with one hour lunch break)
Language	Written materials: EN, presentation: either EN or DE (as required)
Content	Morning session: T1 and ATdemo fundamentals and excercises Loading a Projektfile, enabling target link, downloading T1.scope traces Basic GUI features of the T1-HOST-SW Modification of the ATdemo sources (e.g. adding a tasks), compiling, flashing T1.cont, dynamic configuration T1.delay, static and dynamic configuration Definition of timing requirements using T1 “constraints”, overloading the system using T1.delay, so that constraints get violated. Afternoon session: Dynamic instrumentation and more Various excercises regarding T1.flex: dynamic instrumentation of runnables, functions, arbitrary code fragments, data (data-flow analysis and visualiszation) Automated timing tests using T1.api: participants write their own automatiob scripts Configuration and generation of reports/exports Basics of performance optimization (on RTOS-level and on code-level) User-data events: capture user-data in T1.scope traces Reserved slot for handling topics brought up by participants
The training course is targeted at	T1 users and future T1 users Integrators Software developers Test engineers Technical project managers Anybody who wants to get the best out of T1
Preconditions (participants)	Basic software development know-how, e.g. knowledge of the V-model Ideally experience with automotive mass production projects Participation of the training course “T1 basic training”
Preconditions (location/infrastructure)	For traing courses carried out in Weilheim, the following topics are covered by GLIWA. Room suitable for presentation from 8:30am to 5:00pm (training course: 9:00am to 4:30pm with one hour lunch break) Projector with a minimum resolution of 1280 x 1024 pixels Lunch for the participants and the tutor; coffee and soft drinks
Voraussetzungen (Laptop)	A laptop should not be shared between more than two participants The T1 licenses will be provided on USB dongles, please state the number of dongles required. The T1 host software should be installed prior to the training course. A download link will be provided by Gliwa well in advance. Python 3.5.X should be installed ready for use including the two additional packages: “Requests” and “win32com”. A Compiler (either TASKING or HighTec) should be installed ready for use. Both compiler vendors offer evaluation versions of their compiler.
Training material	The training material will be provided as PDF documents. Hard copies with the exercises will be provided. For the timing basics, each participant will get a DIN-A1 poster summarizing the course.
Certificate	All participants who complete the course receive a certificate signed by the tutor.

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