Ansys Autonomous Vehicle Simulation’s Post

While we at #NI (now part of Emerson) do not offer own simulation software, we do offer a performant and easy to integrate SDK to "marry" the simulation tools with NI's HIL framwork. See below the great example how this works with #Ansys AVx sensor simulation suite.

What makes Lattice Semiconductor FPGAs optimal for designing digital car mirrors and other camera-based driver assistance systems? Software development for such systems requires two things: real-time data processing and compliance with #ASPICE CL2 and #ASIL-B safety standards. And this is where FPGAs come in with the necessary processing power and reliability. Find out the details in our new expert blog article or contact us for engineering support of your FPGA-based project: https://lnkd.in/dHW2VcCX #SmartMirrors #DigitalCarMirrors #ADAS #DriverAssistanceSystems #FPGA #Automotive #SoftwareDevelopment

This technology paves the way for chiplet integration in Electronic Control Units (ECUs), the brains of modern vehicles.

In a groundbreaking collaboration, Wind River and Elektrobit have joined forces to revolutionize the automotive industry. Wind River brings its renowned VxWorks real-time operating system to the table, while Elektrobit offers its cutting-edge 2nd generation EB corbos AdaptiveCore software and EB corbos Studio tools. Together, they have developed a state-of-the-art software framework for autonomous driving domain controllers based on the AUTOSAR Adaptive Platform. Elektrobit's exceptional implementation of the AUTOSAR Adaptive Platform, coupled with the ISO 26262 ASIL-D certified VxWorks operating environment, establishes a fully integrated foundation for enhancing automotive safety levels in ADAS Electronic Control Units . This collaboration aims to drive innovation in the automotive market by prioritizing functional safety, security, and reliability. #electricalengineering #electronics #embedded #embeddedsystems #electrical #computerchips Follow us on LinkedIn to get daily news: HardwareBee - Electronic News and Vendor Directory

2.5D and 3D - IDTechEx Explores Advanced Semiconductor Packaging: High-performance computing, 6G communication, autonomous vehicle chips, and consumer electronics are all key markets that benefit from advancing semiconductor packaging. IDTechEx's report, "Advanced Semiconductor Packaging 2024-2034: Forecasts, Technologies, Applications", goes into detail about emerging technologies, including 2.5D and 3D packaging. http://dlvr.it/TCxmjm

ARBOR Technology is expanding its successful line of the latest flagship edge computing AI system, known as the FPC-5211 series industrial box PC. This FPC-5211 series has passed E-Mark certification and supports Intel's 14th-generation processors. The processor features a performance hybrid architecture and is equipped with up to 24 cores, including 8 performance cores and 16 efficient cores, which can handle demanding multi-tasking workloads. FPC-5211 Series Enhances Vehicle Safety by Reducing Network Latency of Visual Data at The Edge Through the edge AI computing system of the FPC-5211 series, numerous data can be processed in edge nodes to reduce network latency, directly process and analyze a large amount of sensor and visual data on the vehicle, and respond quickly. For example, identifying road conditions, detecting obstacles, executing autonomous driving, etc. The Most Suitable Solution of Edge Computing for Harsh Environments: FPC-5211 Series The FPC-5211 series

2.5D and 3D - IDTechEx Explores Advanced Semiconductor Packaging: High-performance computing, 6G communication, autonomous vehicle chips, and consumer electronics are all key markets that benefit from advancing semiconductor packaging. IDTechEx's report, "Advanced Semiconductor Packaging 2024-2034: Forecasts, Technologies, Applications", goes into detail about emerging technologies, including 2.5D and 3D packaging. http://dlvr.it/TCcjXs

ARBOR Technology is expanding its successful line of the latest flagship edge computing AI system, known as the FPC-5211 series industrial box PC. This FPC-5211 series has passed E-Mark certification and supports Intel's 14th-generation processors. The processor features a performance hybrid architecture and is equipped with up to 24 cores, including 8 performance cores and 16 efficient cores, which can handle demanding multi-tasking workloads. FPC-5211 Series Enhances Vehicle Safety by Reducing Network Latency of Visual Data at The Edge Through the edge AI computing system of the FPC-5211 series, numerous data can be processed in edge nodes to reduce network latency, directly process and analyze a large amount of sensor and visual data on the vehicle, and respond quickly. For example, identifying road conditions, detecting obstacles, executing autonomous driving, etc. The Most Suitable Solution of Edge Computing for Harsh Environments: FPC-5211 Series The FPC-5211 series

The Embedded World 2024 showcased a groundbreaking demonstration featuring the advanced driver-assistance system application software running on the Tensilica AI IP within the Dream Chip SoC development board. This innovative system has been a focal point of attention, offering cutting-edge solutions for the automotive industry. Powered by the GlobalFoundries 22FDX® technology platform, the SoC developed through the ZuSE-KI-Mobil project stands out for its energy-efficient design tailored for automotive applications. The project, based in Dresden, Germany, aims to enhance the local semiconductor supply chain by focusing on AI accelerator systems for ADAS. #electricalengineering #electronics #embedded #embeddedsystems #electrical #computerchips Follow us on LinkedIn to get daily news: HardwareBee - Electronic News and Vendor Directory

Improving Embedded System Reliability with K-out-of-N Configuration Embedded systems play a critical role in many mission-critical domains such as automotive, aerospace, and medical. Ensuring their reliability and availability is therefore paramount. An interesting approach to achieve this is the K-out-of-N configuration. The K-out-of-N configuration involves having N redundant components, of which K need to function correctly for the overall system to be operational. This offers several advantages: Fault tolerance: If up to N-K components fail, the system can still operate due to the redundancy. This provides a graceful degradation in performance rather than a complete system failure. Scalable redundancy: The level of redundancy (K/N) can be adjusted based on reliability requirements and cost constraints. This allows optimizing the trade-off between redundancy and system complexity. Simplified maintenance: Faulty components can be replaced without shutting down the system, improving uptime and reducing service disruptions. K-out-of-N redundancy algorithms and architectures are seeing increasing adoption in the design of critical embedded systems. This allows significantly improving their resilience while optimizing costs and footprint. Real-world examples: -Redundant sensors in autonomous vehicles to ensure safe operation despite individual sensor failures -Replicated control modules in industrial automation systems to maintain process continuity Backup power supplies in medical devices to ensure uninterrupted patient care Redundant electronic control units (ECUs) in advanced driver assistance systems (ADAS) of modern electric cars. If one ECU fails, the system can still operate with the remaining K-1 ECUs, ensuring the vehicle's safety and performance. Feel free to reach out if you'd like to discuss this topic further or share your experiences with using this approach in your projects. Cordialy, Anis #EmbeddedSystems #Redundancy #SystemReliability #ElectricVehicles #ADAS #ISO26262