PhysDesignBench
GitHub
Preview track · 4 tasks · 9 published runs

RF & mm-wave preview

The task format doesn't depend on the physical domain, so the benchmark is extending to microwave and millimetre-wave hardware. These tasks are designed and measured in Ansys HFSS.

Diagnostic results. Scoring and task-wide numerical qualification are still pending, so these runs are not in the paper's leaderboard table or its 26 tasks. They also appear in their own panel under the leaderboard's results by task.

RF component tasks · 4 tasks

HFSS-evaluated RF design · normalized diagnostic results · preview, not in the paper's table

S = 1/(1+J) · diagnostic reporting · range 0–1

Showing 6 of 6 systems · toggle systems to compare

RF component tasks: vertical dot plot with diagnostic score S from zero to one. Waveguide filters and antennas. S=1/(1+J); higher is better. Only published runs are plotted. Published runs without a valid score have unscored markers at zero. Official qualification remains pending. Select a result for its score versus time, geometry, HFSS response and measurement provenance.Tasks are on the horizontal axis and reporting score S is on the vertical axis from zero to one. All system markers for a task share exactly the same x-position. Each system is a filled circle in its leaderboard colour; the tooltip lists published runs for the selected systems. Published runs without a valid score are shown at S = 0.0.000.250.500.751.00Diagnostic score SKu-band waveguide filter designKu-band Filter-v2Dual-band waveguide filter designDual-band Filter-v0Compact antenna designCompact Antenna v1Compact waveguide filtenna designFiltena v1Task

RF S = 1/(1+J), from 0–1; higher is better. Valid scores come from completed, native-converged diagnostic measurements, with final-measurement provenance on its task page. Only published runs are plotted. Published runs without a valid score are shown at S = 0. Official scoring and release qualification remain pending. Each task has its own objective; select a marker to view the run.