DDS and TSN: Where Software and Hardware Meet for Dependable Communication Using RTI Connext Drive® and NXP S32G Processor | NXP Semiconductors

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DDS and TSN: Where Software and Hardware Meet for Dependable Communication Using RTI Connext Drive® and NXP S32G Processor

DDS and TSN: Where Software and Hardware Meet for Dependable Communication Using RTI Connext Drive^® and NXP S32G Processor

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1 | In-Vehicle Networking Trends

2 | Data Distribution Service (DDS)

3 | Time-Sensitive Networking (TSN)

4 | DDS + TSN Joint Standardization

5 | DDS and TSN in Automotive

6 | Autonomous Valet Parking (AVP) Demo

7 | DDS-TSN Demo Communication

8 | Conclusions

About This Training

Communications within and beyond the car become more complex as vehicles evolve to be software-centric. The number of software components communicating within the vehicle continues to grow –accelerated by new autonomy, electrification and connectivity requirements. Next-generation vehicle development depends on scalable, reliable, safe, secure and performant in-vehicle communications. Both Data Distribution Service (DDS) and Time-Sensitive Networking (TSN) standards provide the necessary building blocks through an approach combining technologies at the application software and network hardware levels.

Join the session to learn how your automotive system design based on S32G processors can benefit from a standards-based data-centric approach; leveraging the distributed connectivity of DDS while retaining the TSN network-level assurances in reliability, predictability and flexibility.

Training Outline

In-Vehicle Networking Trends

Data Distribution Service (DSS)

Time-Sensitive Networking (TSN)

DDS + TSN joint Standardization

DDS and TSN in Automotive

Autonomous Valet Parking (AVP) Demo

DDS-TSN Demo Communication

Conclusions

Presentation

DDS and TSN: Where Software and Hardware Meet for Dependable Communication Using RTI Connext Drive^® and NXP S32G Processor

What You Will Learn

Get an overview of DDS and TSN, including the current status of their integration standardization and how they fit in automotive ecosystems like ROS2 and AUTOSAR®
Learn how to design for guaranteed and predictable performance with reliable delivery using DDS QoS policies and TSN
Understand how DDS and TSN cooperate to deterministically separate safety-critical and best-effort data streams of an autonomous valet parking application in a Hardware-In-the-Loop (HIL) environment