PAVE360 digital twin solution
Parallelize hardware and software co-design in the Software Defined Vehicle. Start earlier, develop faster and put a virtual car on every engineers desk.
Digital twin will help pave the way for the next generation Software Defined Vehicle. By using an open platform approach PAVE360 can integrate digital twin from multiple vendors. Whether designing an SoC, ECU, or even System of Systems, PAVE360 can adapt to each stage of the vehicle design cycle.
What are the essential elements of the Digital Twin Platform?
- Open source platform builds Digital Twin of your system from industry standard tooling
- PAVE360 BACKPLANE connects and synchronizes Front End and Back end
- PAVE360 BENCH IDE configures platform, and offers analysis of in-depth system metrics
- PAVE360 Back End offers VIRTUAL and mixed Fidelity HYBRID Digital Twin, as well as SENSOR and ACTUATOR models and interfaces to real world EXTERNAL HW
- Common Digital Twin concept allows multiple teams to work on same Digital Twin to improve productivity
Verwandte Ressourcen
Streamlining ship design with simulation and data management
Integrate finite element simulation seamlessly with CAD to make marine structural simulation software an advantage.
Unleash the power of an integrated CAE workflow for efficient design of fast boats
Learn how you can create a propulsion system with systems simulations and deploy it in a computational fluid dynamics (CFD) self-propulsion simulation to assess the maximum speed.
Umfassende CFD-Simulation für die Konstruktion von Schiffen: ein Überblick von Milovan Peric
Dieses White Paper untersucht häufig geäußerte Vorbehalte gegenüber einer umfassenden Nutzung von CFD und empfiehlt eine maßstäbliche Analyse von Schiffskonstruktionen unter realistischen Betriebsbedingungen.