Webinars

Through the webinar, explore GL Studio: An HMI Software from DiSTI and the XILINX MPSoC powered computing platforms at iWave, and how they together can power industrial and transportation systems.

In this panel discussion, you will hear about how a safety-critical graphics rendering solution for digital cockpits can be built with the Arm Mali-G78AE GPU and the safety-critical driver stack developed through the Arm-CoreAVI partnership.We will also be talking about how automotive OEMs can use this solution to deploy functionally safe graphics using DiSTI's GL Studio.

• The importance of safety-critical rendering in modern and future digital cockpits
• The capability needed in the supply chain to meet the demands for rendering rich, high-resolution 3D graphics safely by OEMs
• How the Mali-G78AE GPU along with DiSTI’s HMI tooling help to create safety-critical graphics rendering solutions for digital cockpits
• What is the importance of mixed-critical design and how this is supported

Augmented vision applications play an essential role in the safety of modern automotive applications. Augmented Reality Heads-Up-Displays (AR HUDs), for example, provide drivers with 3D hazard warnings, 3D points of interest as well as directional information projected to appear integrated with the real-world environment. Neural Networks are state-of-the-art technology for object detection, classification, and tracking. These networks can be trained to efficiently and accurately process data, which then can be displayed in front of a driver. What are the functional safety aspects of neural networks, how do we train them, and how can they be implemented in a safety-critical way? This webinar will discuss the use of AR HUDs and safety-critical neural networks as it relates to the automotive sector.

An introduction to VE Mentor^™, a mixed-reality training system. Utilizing DiSTI's VE Studio^® and Design Interactive's Augmentor.

From the top application layer to the middleware, drivers, operating systems, and down to the hardware, we will discuss the entire safety-critical systems stack and the best practices to accomplishing system certifiability.

This webinar will discuss a variety of advanced graphics and HMI systems in these industries that require reliable mixed safety criticality levels, and how to effectively build them with the latest commercial design tools and drivers while taking advantage of more modern software architecture and the capabilities of both OpenGL SC and Vulkan APIs.