IoU, Dice, and Hausdorff: what each metric misses.
Overlap, boundary error, empty masks, and misleading averages. Build the metrics, inspect six exact cases, and design an evaluation that answers your task.
Structured courses for understanding the machinery, one small, testable step at a time.
Start with the foundations, build a Transformer, then explore efficient inference and the systems around a model.
Overlap, boundary error, empty masks, and misleading averages. Build the metrics, inspect six exact cases, and design an evaluation that answers your task.
What happens when we stop proposing boxes and start predicting a set of objects?
From four coordinates to fine-grained distributions. A closer look at localization refinement.
A different kernel, a useful matrix identity, and a path around the quadratic attention matrix.
What a transformer remembers between tokens, and why faster decoding comes with a memory bill.
Turning pixels into tokens, and following the shapes into a vision transformer.
Read equations and follow a learning step
Build and evaluate a reproducible binary mask
Build a sequence-to-sequence model
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