Performance Estimation Tool ⚙ Shared input parameters These values drive all three phases and the total estimate. objectSpeedX [mm/s] objectLengthX [mm] offsetDistanceX [mm] distanceZToDeepestLayerOfInterest [mm] nLayers Number of selected layers used for the processing and transmission estimate. minimumObjectDistance [mm] Minimum distance between two object edges used to check whether sequential processing remains possible. Reset to defaults Σ Total estimate Estimated distance and time from the trigger event until the image has arrived on the client system. Total distance — Total time — Acquisition phase — Processing phase — Transmission phase — 1 Data acquisition Distance — Time — [A] Trigger offset — [B] Active radar area — [C] Angular coverage — [D] Image length — [E] Acquisition tolerance — 2 Processing Distance — Time — taskPreprocessing 0 ms taskProcessing 0 ms taskImaging 0 ms taskVision 0 ms taskOutput 0 ms 3 Transmission Distance — Time — Estimated payload size — Live estimator workspace Change the project parameters on the left and watch acquisition, processing, transmission and the overall trigger-to-client estimate update immediately. Open the Performance Estimation guide to see the assumptions, formulas and background behind the values shown in this tool. This tool provides an estimate and assumes that the minimum distance between two object edges is large enough that one image processing cycle can finish before the next one must be processed. Runs entirely in your browser. No data is sent to a server.