SIAM Journal on Applied Algebra and Geometry · 2017 · 33 citations · 19 references
ComputingComputer ScienceMathematicsComputational GeometryComputer VisionGeometry3D ReconstructionAlgebraic GeometryCamera GeometryCamera ModelsGeometry ProcessingMulti-view GeometryAccuracyAlgebraic Geometry ComputationCamera CalibrationComputational Algebraic GeometryComputational HomotopyConfiguration Space AnalysisHomotopy ContinuationMulti-view Camera Geometry
The recovery of three calibrated cameras from image data is investigated using tools from computational algebraic geometry. We determine the algebraic degree for various minimal problems. Our formulation is based on the calibrated trifocal variety in computer vision, which is the configuration space for three calibrated cameras. Some of our calculations are done using homotopy continuation software, and so they rely on pseudo-randomness and numerical accuracy.
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