The automotive industry is undergoing a major transformation, with a shift towards centralized computing and software-defined vehicles. This talk will explore the latest innovations in automotive design and the impact they are having on the industry. The speaker will discuss the growing importance of software in the design and functionality of vehicles, and the benefits of centralized computing, including improved performance, increased efficiency, and enhanced safety. The talk will also cover the challenges of implementing these technologies, including the need for robust and reliable software systems and the need for standardized communication protocols between the various components in a vehicle. The speaker will share real-world examples of how these technologies are being used in the automotive industry, and will discuss the future of automotive design and the role that software and centralized computing will play in shaping the vehicles of tomorrow.

Learn about the latest developments in wireless battery management for the automotive industry. The presentation will focus on how this technology is improving manufacturability, reliability, and serviceability in the production of electric and hybrid vehicles. Attendees will gain a better understanding of the benefits of wireless battery management systems, such as improved safety, reduced costs, and enhanced performance. The presentation will also cover the challenges and opportunities associated with the implementation of this technology in the automotive industry, and provide insights into the future of wireless battery management.

Virtual electronic control units (ECUs) provide a simulation environment for testing complex embedded systems, which can improve the efficiency and accuracy of the development and testing process. The talk will discuss the benefits of using virtual ECUs in a CI/CD pipeline, including faster test cycles, improved collaboration between development and testing teams, and reduced costs. The talk will also cover the challenges of integrating virtual ECUs into a CI/CD pipeline, such as ensuring compatibility with existing test frameworks and addressing the complexity of testing embedded systems.

In this 30-minute presentation, attendees will learn about the innovative ways that original equipment manufacturers (OEMs) are using cloud-based testing solutions to save money. The presentation will cover how cloud technology is being used for data testing, test cells, benches, and entire fleets. Attendees will gain insights into the cost-effectiveness and scalability of these solutions, and understand the benefits of utilizing the cloud for automotive testing. By the end of the presentation, attendees will have a better understanding of the ways in which cloud-based testing can improve efficiency, reduce costs, and drive innovation in the automotive industry.

Ethernet has not proliferated in automotive networks because of its speed, but because there are groups prepared to adapt it to meet the significant challenges that arise by new applications.  This talk will cover the most recent developments in not only new technology and improvements planned for existing technology, but also the thought being put into how to design, test, manufacture, and maintain automotive systems that rest on the foundation of this technology.

Learn about the latest tools for measuring and sending sensor data to CAN, CAN FD, LIN, and Automotive Ethernet. The presentation will also cover the benefits of using isolated interfaces, such as improved accuracy, reliability, and safety, and provide insights into the future of automotive sensor data management.

Attendees will gain insights into the benefits of using integrated software solutions that enable collaboration and communication between remote workers and the lab bench. The presentation will also cover the challenges of implementing these solutions and provide real-world examples of their successful use in the automotive industry.

Learn about a service oriented architecture (SOA) based testing framework using Raspberry Pi. The presentation will focus on how this framework can be used to test and validate various systems in the automotive industry. Attendees will gain a deeper understanding of the benefits of using SOA, such as improved efficiency, flexibility, and scalability, in the testing process. The presentation will also cover the challenges of implementing this framework and provide real-world examples of its successful use in the automotive industry.

Discover the solution to one of the biggest challenges in the automotive industry: connecting dissimilar vehicle networks. In this presentation, attendees will learn about a new technology that uses auto-generated scripting to seamlessly connect different networks. The presentation will cover the key benefits of this technology, including increased efficiency, improved accuracy, and reduced time and cost. Explore real-world applications and implementation considerations, and understand the impact it has on the automotive industry.

Get an in-depth look at the impact of Python in the fully automated development, deployment, and testing of ECUs in the automotive industry. This presentation will explore the benefits of using Python, including improved efficiency, cost-effectiveness, and flexibility in the development process. Attendees will learn how Python is used to automate deployment and testing, and understand the challenges and considerations involved. Real-world examples will be presented to demonstrate the practical applications of Python in ECU development.