Orthographic Projection for Optical Signal Processing
Controlled illumination is a powerful tool for solving scene recognition problems. Binary and high frequency illumination primitives are projected into the scene to spatially encode or probe the optical environment. Recently, computer vision researchers have shown that orthogonal functions and computational techniques from the signal processing ...
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Regiomontanus angle maximization for catadioptric sensors with paraboloidal mirrors. [PDF]
Hadjidemetriou S.
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Workflow Analysis for CGH Generation with Speckle Reduction and Occlusion Culling Using GPU Acceleration. [PDF]
Serón FJ, Blesa A, Sanz D.
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From low-rank retractions to dynamical low-rank approximation and back. [PDF]
Séguin A, Ceruti G, Kressner D.
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Evaluating Spatial Visualization Learning Through Digitized Sketches: A Case Study of Engineering Students' Orthographic Projection Errors [PDF]
Lelli Van Den Einde +3 more
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Monocular reconstruction of shapes of natural objects from orthographic and perspective images. [PDF]
Beers M, Pizlo Z.
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3D Model Editing from Contour Drawings on Orthographic Projection Views [PDF]
Yuhui Hu +4 more
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Spatiotemporally constrained 3D reconstruction from biplanar digital subtraction angiography. [PDF]
Frisken S +7 more
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