Detection

Point detection — cell / nucleus centroids — on a frozen-encoder token grid. The default path regresses a per-class peak heatmap with a neural decoder; the rows below are the substrate and component choices that path can swap in, with the walkthrough for each where one exists.

Method

Summary

Walkthrough

Neural decoder (default)

A lightweight conv decoder regresses a per-class peak heatmap; the DetectionHead reads points back out and scores F1@δ.

Dense prediction

Multi-encoder composite

Concatenate the dense outputs of several foundation models into one richer per-position vector before the decoder.

Composite

Decoder-free pixel classifier

A per-pixel classifier on the encoder’s own attention. Not yet wired for detection — peaks need the decoder’s spatial smoothing to stay separable.

See also

The full contract, config, metric, and outputs are on the Detection reference. The benchmark reproduction is OCELOT.