Jul 27, 2019 · We propose a novel alternative to the classic midpoint method that leads to significantly lower 2D errors and parallax errors.
○ Although our method is not optimal in a geometrically meaningful way, it clearly outperforms the existing optimal and non-optimal methods at low parallax. ○ ...
Aug 23, 2019 · Furthermore, we show that a simple modification to the midpoint method can substantially reduce the 2D errors while maintaining 3D accuracy.
For decades, it has been widely accepted that the gold standard for two-view triangulation is to minimize the cost based on reprojection errors.
triangulation based on angular reprojection errors. • Our methods are extremely simple and fast, and they guarantee global optimality under respective cost ...
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This work proposes a novel alternative to the classic midpoint method that leads to significantly lower 2D errors and parallax errors, and provides a ...
May 27, 2022 · The original reason I was working on triangulating images was actually to warp a triangulation based on one image into another, and use that for ...
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Nov 27, 2018 · Triangulation is used to optimize empty distances by offering forklift operators the assignments closest to them, with the same priority.
This document proposes alternative methods for two-view triangulation that are more accurate and less biased than existing midpoint methods.
How to optimize a 2D triangle mesh for number of triangles?
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Nov 13, 2022 · I am looking for an algorithm to convert a set of points to a contiguous triangle soup with the least amount of triangles possible.