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3 months ago

A-Contrario Horizon-First Vanishing Point Detection Using Second-Order Grouping Laws

{Marie-Odile Berger Antoine Fond Gilles Simon}

A-Contrario Horizon-First Vanishing Point Detection Using Second-Order Grouping Laws

Abstract

We show that, in images of man-made environments, the horizon line can usually be hypothesized based on an a contrario detection of second-order grouping events. This allows constraining the extraction of the horizontal vanishing points on that line, thus reducing false detections. Experiments made on three datasets show that our method, not only achieves state-of-the-art performance w.r.t. horizon line detection on two datasets, but also yields much less spurious vanishing points than the previous top-ranked methods.

Benchmarks

BenchmarkMethodologyMetrics
horizon-line-estimation-on-eurasian-citiesV
AUC (horizon error): 91.10
horizon-line-estimation-on-horizon-lines-inV
AUC (horizon error): 54.43
horizon-line-estimation-on-york-urban-datasetV
AUC (horizon error): 95.35

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A-Contrario Horizon-First Vanishing Point Detection Using Second-Order Grouping Laws | Papers | HyperAI