Kara Gremillion

Learn how Ansys and NI are enabling accessible, easy-to-use, closed-loop solutions to enhance credibility and ensure confidence in advanced driver-assistance systems.

When used together, sensor technologies including camera, lidar, radar, and ultrasonic, give vehicles one complete understanding of the world to navigate safely.

Test and validate the perception algorithms of autonomous and ADAS systems without manually labeling driving footage.

Simulation outlines how engineers can quickly and safely validate lane departure warning systems against edge cases.

Learn how engineers can use simulation and thermal imaging technologies to improve the safety of ADAS and autonomous systems.

Learn how to use model-based systems engineering using AADL within Ansys SCADE Architect.

To understand the physics, embedded software and functional safety of autonomous VTOL aircraft, engineers need to use various engineering software solutions within a systems simulation approach.

Engineers can use ANSYS Twin Builder, ANSYS medini analyze and ANSYS SCADE for BMS design.

Engineers can use Jama Connect, ANSYS SCADE and ANSYS medini analyze to break down the silos between software development, reliability and functional safety teams.

Embedded Computing Design awards ANSYS for its autonomous driving development solution at Embedded World.

Ansys addresses complexity to automotive products with its bidirectional interface between medini analyze safety management software and Jama.

A digital twin is a simulated, virtual model of an actual working product in the field, informed by sensors mounted on the physical product that gather and send back real-time, real-world operating data.

When it comes to autonomous driving, safety is imperative. But how can we test this new technology to safeguard both passengers and pedestrians?