Technology Showcase

Attendees who visit the technology showcase are able to discuss their challenges and ideas with MATLAB and Simulink experts and see demonstrations of the latest features, including those described below.

View a PDF of the exhibitor and technology showcase floor plan.

View proceedings

Driver in the Loop

  • Get ready to put the pedal to the metal in the wackiest race this side of the motherboard!
  • You'll zip around a virtual racetrack in RoadRunner and Unreal Engine so realistic, you'll swear you feel the wind in your hair.
  • Your chariot? A finely tuned Simscape vehicle dynamics model humming on Speedgoat real-time hardware, faster than a spreadsheet on payday. 
  • Dodge obstacles with an FPGA-powered brain, flexing your deep learning muscles. Snag a goodie, set a record, and leave your colleagues in pixel dust!

Fault Injection Testing and Simulation-Based FMEA on the Architecture Level 

  • Do fault injection simulations without modifying your design and analyze fault effects.
  • Create formal connections between faults, hazards, fault detection, and mitigation logic.
  • Perform safety analyses such as FMEA while leveraging simulation.

Shift Left ECU Testing: Anticipate Tests Leveraging Simulation of ECU Software Together with the Entire Vehicle Systems

  • Use System Composer as an integration platform that models and simulates ECUs together with physical systems of an entire vehicle.
  • Anticipate the verification of the ECU software by simulating its behavior including the basic software at very early stage of the development. You can easily get a virtual ECU environment up to Level 2.
  • Develop generic or standardized software architectures, compliant with AUTOSAR, and benefit from preconfigured models of vehicle systems to accelerate integration and system-level testing.

Code Quality for Your Software Factory

  • Shift left: early bug detection and fast design iterations for both models and code
  • Quality controls: set objectives, avoid regression, and build robustness
  • Issue tracking: set up dashboards, integrate into code review, and assign ownership
  • Updates: perform change analysis, run incremental verification, and reuse review data to minimize effort.
  • Compliance: cover safety and security guidelines like MISRA, CERT, and CWE efficiently.

EV Thermal Management Optimization in the Cloud

  • Build a comprehensive electric powertrain model (battery, motor, LV, and HV network) with Simscape and Simscape Battery.
  • Craft a thermal management model (HVAC, battery and motor cooling) with Simscape Fluids.
  • Simulate different drive cycles, environmental conditions, and charging scenarios.
  • Deploy your EV in the cloud to perform computational expensive sensitivity analyses and optimizations.
  • Improve your EV by analyzing trade-offs and sensitivities on powertrain and HVAC consumption.

Embedded AI on Infineon AURIX TC4x

  • Get started with Infineon AURIX™ TC4x in minutes using hardware support packages
  • Model and test heterogenous multicore behavior through simulation
  • Train neural networks and apply compression techniques to reduce the computational footprint 
  • Leverage PPU for AI applications Streamline your code generation workflow, including optimized code

Streamline Your Euro NCAP Testing

  • Specification-driven scenario creation: utilize our tooling to directly convert Euro NCAP specifications into RoadRunner testing scenarios.
  • Variation simulation: observe as our reference application brings these scenarios to life, delivering detailed results.
  • Targeted performance metrics: examine comprehensive metrics for a thorough assessment of both system and component performance. 
  • Intuitive test management framework: engage with a framework designed for effective simulation management and clear result interpretation.

Translate Real-World Sensor Data into Virtual Scenarios

  • Utilize inputs from GPS, cameras, radar, and lidar to create detailed digital representations of real-world scenarios. 
  • Automate data annotation: effortlessly annotate sensor data, bypassing the need for ground truth data. 
  • Ego localization: achieve self-localization using GPS data and high-definition maps to navigate with confidence. 
  • Environment reconstruction: reconstruct roads and automate the placement of vegetation, buildings and traffic signs. 
  • Dynamic trajectory generation: capture and recreate the trajectories of other traffic participants.