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Agenda

Tracks

A Plenary Session: Software Transformation

B Electrification and Virtual Engineering

C Automated Driving and ADAS (available in person only)

9:00
A
Welcome and Introduction Gaurav Tomar, MathWorks
9:15
A
Keynote: How to Halve the Energy Consumption of EVs Arjo van der Ham, Lightyear
9:40
A
Keynote: The Next Level of Software Development in Commercial Vehicles Stefan Teuchert, MAN Truck & Bus
10:05
A
Keynote: Software Transformation in Automotive: A DevOps View Penny Anderson, MathWorks
10:30
A
Break and Exhibition
11:00
A
Function Modeling and Validation at Mercedes-Benz: Success Factors, Roadmap, and Future Challenges Christian Dziobek, Dr. Thomas Ringler, and Dr. Florian Wohlgemuth, Mercedes-Benz
11:25
A
Smart Models on Smart Cars Tunc Simsek, MathWorks
11:50
A
Optimizing Automotive Model-Based Design with Simulink, DDS, and DDS Blockset Angel Martinez Bernal, Real-Time Innovations
12:15
A
Implementing Best Practices in Your Software Factory to Improve DevOps Metrics Dr. Tjorben Gross and Skanda Naglapur Ramamurthy, MathWorks
12:40
A
Lunch Break and Exhibition

?
Women in Tech Forum: Lunch and Networking Eva Pelster, MathWorks
14:00
B
Development of a Fuel Cell System Simulator Shigeki Hasegawa, Kyoto University and Toyota Motor Corporation
C
A Cross-Domain Simulation Platform for ADAS and AD Dr. Irina Kaiser, Bosch Engineering
14:25
B
Building an Electric Virtual Vehicle for Deployment to the Cloud Dr. Hugo de Kock and Dr. Jan Janse van Rensburg, MathWorks
C
What's New in MATLAB, Simulink, and RoadRunner for Automated Driving Development Simone Hämmerle and Dimitri Hamidi, MathWorks
14:50
B
A Modular Approach to Physical Modeling Using MATLAB, Simulink, and Simscape for Automobile System Modeling Sriram Mandayam, Volvo Cars
C
Rapid Prototyping of a Computer Vision Stack for AD Using MATLAB and Simulink Dr. Stephan Kirstein and Dr. Roxana Daniela Florescu, Continental
15:15
B
Implementation of a Virtual Sensor on an ECU Using Recurrent Neural Networks Katja Deuschl, Mercedes-Benz
C
A Conceptual Framework for ADAS/AD Safety Dr. Gaspar Gil-Gomez and Dr. Mohammad Abu-Alqumsan, MathWorks
15:40
B
Break and Exhibition
16:10
B
Virtual Hardware-in-the-Loop (vHIL) for Accelerating xEV Application Software Development Dr. Marco Gecić and Dineshkumar Selvaraj, Infineon Technologies
C
Design of a Vehicle Platooning Controller with V2V Communication Advait Valluri, MathWorks
16:30
B
Master Class: Fulfill Range, Acceleration, and Cost Targets Using Battery Sizing Gernot Schraberger and Lorenzo Nicoletti, MathWorks
C
Master Class: Scene and Scenario Design for ADAS Simulation Maxime Francois and Simone Hämmerle, MathWorks
17:15
B
Wrap-Up Exhibition and Get-Together