© 2025 Hexagon AB and/or its subsidiaries
© 2025 Hexagon AB and/or its subsidiaries
The Nexus Compute Adams Car Pilot provides the ability to leverage Nexus Compute for Simulations from the Adams Car Desktop application.
Fully automated cloud execution: Simply pick what you want to run, and then monitor progress and results
Rapidly speed up run times for pre-defined test suites: Leverage many parallel compute nodes at a cost-effective price
Better insights in less time: Post-processing tools for reviewing KPIs in dashboards and visualize trends
Explore more designs, more often: Provides tools that empower you to explore more designs
Easy to use, Easy to collaborate: Run submissions & results collection in a modern, browser-based interface
The Nexus Compute Adams Car Pilot provides the ability to leverage Nexus Compute for Simulations from the Adams Car Desktop application. This can be useful for offloading long running simulations, large numbers of events, or Design of Experiment (DOE) simulations. The capabilities include:
This pilot offers early access to these capabilities to get your input on how they can help you and in driving the direction of future capabilities.
Adams Car now provides the ability to send one or more events to be executed on Nexus Compute. This is fire and forget. You can do other work or even close Adams Car. The next time you Run Adams Car and log into Nexus it will update automatically on the progress or to download the results.
From Adams Car select the Event set to use for a DOE and Adams Car does the rest. It packages up all the necessary files, upload them to the cloud and takes you through a powerful yet intuitive DOE setup in your browser. You can then monitor the progress of the DOE and download any trials of interest (failures, strange results, ideal results) to explore on your desktop.
Nexus Compute for Adams Car now comes with a Dashboard interface for viewing DOE results. With a variety of standard widgets, you can look for relationships between varied parameters and KPIs, identify sensitivities, view heat maps, and look at variations in KPI results.
