High-definition distributed fiber optic sensing (HD-FOS) methods have been shown to enhance battery testing and monitoring systems and assess composite systems. HD-FOS provides independent measurements every millimeter along a single optical fiber sensor enabling the measurement of temperatures and strains with a high degree of sensitivity. The sensor’s small size, flexibility, immunity to EMI, and lack of electrical conductivity provides versatility in challenging applications.

Measurement uncertainty is indeed crucial when assessing material test results, especially in emission testing, where the accuracy of measurements directly impacts environmental regulations and public health. In this lecture, we will delve into the specific circumstances of emission testing, exploring measurement uncertainties of test methods, and discussing the causes and strategies to minimize them.

The automotive technology landscape transforms rapidly. Simulation is a widely adopted method for testing, validating, and verifying ADA/AV systems. However recent studies, including those by NHTSA, have revealed limitations of relying solely on simulation. To overcome this challenge, a prominent OEM collaborated with ASI to develop an innovative approach for evaluating their L2+ ADAS. By leveraging the consistency of robot-driven vehicles, the host vehicle's ADAS undergoes precise evaluation.

With the successful release of the new openDAQ standardized device and communication interface at the Automotive Testing Expo in Europe in June 2023, we enabled the community to explore the supporting Software Development Kit (SDK) together with some demo devices. Since then, openDAQ has been further improved and enhanced and we are ready to go open source now. The presentation will explain how you can successfully use openDAQ and be part of the community driving that new standard forward.

Speedgoat test systems and Simulink / Simscape Battery provide unified solutions for developing and testing complete battery management systems (BMS) including its battery management units (BMU) and cell management units (CMU) while connected to virtual battery cells. With Speedgoat Battery Cell Emulator which can mimic the individual behavior of hundreds of battery cells including their electrical and thermal dynamics, discover how you can expedite your testing and validation and minimize risks

Explore tried and true strategies for V&V testing, as implemented by Dana Incorporated. In this talk, you will get a glimpse into how Dana has worked with dSPACE to manage their software and system testing environments globally, and some best practices they would recommend for setting up test automation.

This presentation covers the motivation for and an explanation of Zonal Architectures including how this will impact various technologies used in Autonomous Vehicles. Our goal is to educate and inspire attendees about the transformative potential of this technology in shaping the future of the automotive industry. We will provide expertise on how to build reliable and secure Zonal Architectures, provide industry insights, as well as real-world examples.

Extreme environmental conditions required in automotive testing need humidity and temperature sensors that can measure up to 98%RH and 95°C. These sensors must be highly reliable throughout repeated cyclical testing. You can achieve this by using high-quality capacitive polymer sensors and features such as warmed probe, sensor purge, and sensor heating. These features can improve performance, as well measure environmental conditions that conventional humidity sensors are unable to withstand.

Keysight Technologies will discuss ethernet architecture for in-vehicle networks (IVN). Topics will include testing time synchronization (802.1AS) and traffic shaping (802.1Qav,802.1Qbv). In addition, we will discuss testing in an environment utilizing L2 encryption (MACsec).

Embark on a journey in powertrain analysis, redefining fluid dynamics in real-time. Delve into precision monitoring, unraveling pressure, temperature, and aeration's interplay. Discover diverse technologies quantifying aeration's effects. Embrace informed decisions with continuous, nonintrusive measurements illuminating fluid behavior. Revolutionizes reliability and efficiency across powertrains and drives by quantifying a key parameter that impacts degradation, heat transfer, and flow dynamics.

The need for higher performing, lower weight batteries has increased as the design and production of electric vehicles (EVs) and devices has greatly expanded over recent years. In Battery testing, risks are always present. These risks are amplified if the battery is subjected to extreme conditions such overheating, freezing, etc. This presentation will provide valuable information to help you make educated and informed decisions for your battery/EV/energy storage environmental testing

Diving into the Complexity of Product Development: From Requirements to Testing Mastery. We look forward to sharing an exhilarating look and discussion that uncovers the intricate world of product development. Learn how to conquer the formidable checklist of tasks, master scheduling, track every action, and ensure seamless execution. From requirements to testing, discover the secrets to managing it all and turning challenges into triumphs.

Replacing the human driver promises more productivity, comfort, and safety but concerns persist over failure risks. This complex challenge requires testing against infinite scenarios where collaboration and a connected workflow are vital to progress toward higher levels of autonomy. In this session, we’ll focus on the importance of connecting test data and test methodologies through in-vehicle data record, replay, and hardware-in-the-loop (HIL) testing through low-latency direct injection.

The shift from ICE to BEV development alters design and testing priorities. In the past, mileage and emissions were crucial, but now, battery power and noise take precedence. EMC testing becomes critical due to electronic elements emitting high-frequency radiation that may interfere with adjacent machines and systems. With BEVs removing engine and transmission noise, NVH testing now concentrates on interior component buzz, squeak, and rattle.

AB Dynamics, has developed a new, highly manoeuvrable ADAS target platform to more thoroughly test ADAS and AV technologies. Designed specifically to help replicate the most challenging urban test scenarios, the LaunchPad Spin™ simulates dynamic movements, can carry a variety of Vulnerable Road User (VRU) targets and has a top speed of 30km/h. The presentation will outline the product's revolutionary features and its suitability to address the anticipated NHTSA pedestrian AEB tests.

In the fast-changing EV landscape, battery testing poses a major obstacle to timely EV model rollouts. Dr. Richard Ahfeld, CEO of Monolith, aims to tackle this challenge by sharing innovative solutions for testing and validating products. Market demand and competition intensify the need for improved battery range and charging efficiency.

The use of swift (SiC) and (GaN) switching mechanisms in inverters has complicated the power yield and effectiveness of measurements. This discourse will explore the latest techniques for accurate inverter power evaluation, including the choice of measuring devices, with a focus on bandwidth, phase accuracy, and noise immunity. This session will be suitable for engineers and technicians participating in the conceptualization, examination, and production processes related to automotive inverters.