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Test Solutions for Simulink Models & Production Code

Virtual Validation for ADAS/AD

How can I create the needed millions of scenarios?

How can I avoid the test explosion problem?

How can I find out if my tests are passed or failed?

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Test Solutions for Simulink Models & Production Code

Virtual Validation for ADAS/AD

How can I create the needed millions of scenarios?

How can I avoid the test explosion problem?

How can I find out if my tests are passed or failed?

Webinar

Webinar: Connecting IBM Engineering Solutions with Simulink for an ISO 26262 Compliant Test Process

Nabile Khoury

Thabo Krick

November 12th, 18:00 CET (Berlin)/ 12PM EST (Detroit)

Developing safety critical systems in the automotive domain to standards (like ISO 26262) requires managing traceability between different types of artifacts in the development process. This traceability is particularly important when it comes to requirements and test cases, to ensure the following questions can be answered with confidence and accuracy at any project stage:

1. Did we create test cases for every requirement?
2. Which requirement(s) is/are covered by a particular test case?
3. Are there requirements which are not correctly implemented by the software?

Exchange formats like Excel or ReqIF can be used to connect the tools, but they become increasingly inefficient and error prone, especially as the software development process becomes more agile.  The introduction of manual data import/export steps could compromise the consistency of the data.

To solve this problem, IBM has introduced the OSLC standard as part of the IBM Engineering solutions, which allows different development and verification tools to communicate directly with “IBM Engineering Test Management” and “IBM Engineering Requirements Management DOORS Next”.

In this free Webinar, we will show you how to efficiently perform an ISO 26262 compliant software test within a Model-based development process, ensuring full traceability between requirements, test cases and test results.

Nabile Khoury

Paris, France

Senior Application Engineer

Nabile Khoury studied Electronics and Computer Science at the University “Conservatoire National des Arts et Métiers” in Paris. From 2010 to 2016, he worked in automotive companies, mainly in the powertrain department of the French car maker PSA Peugeot Citroën, as software engineer specialized in Model-Based Development involving AUTOSAR and ISO 26262 compliant processes. He then joined BTC Embedded Systems AG where he currently works as a Lead Application Engineer - Autonomous Driving in Paris/France.    

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Thabo Krick

Oldenburg, Germany

Lead Application Engineer

Thabo Krick studied Economic Computer Science at the University of Oldenburg and joined BTC Embedded Systems AG in 2013 as a student. With his team he set up the Jenkins-based software pipeline for BTC development and testing activities across all departments. After his Bachelor degree, he developed plugins and provided technical support for BTC EmbeddedPlatform customers world-wide. Since 2017 Thabo has provided trainings and consulted customers from the automotive domain regarding their testing process, ISO 26262 and automation. In 2018 he became a "Certified Jenkins Engineer" by successfully passing the exam at the Jenkins World Congress in Nice/France.

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