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The Design of a Stereo Panorama Camera for Scenes of Dynamic Range.

, , and . ICPR (3), page 635-638. IEEE Computer Society, (2002)

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The Design of a Stereo Panorama Camera for Scenes of Dynamic Range., , and . ICPR (3), page 635-638. IEEE Computer Society, (2002)Analysis and design of circular line-scan imaging for 3D scene visualization and reconstruction., , and . CIRA, page 447-452. IEEE, (2003)Stereo Reconstruction from Polycentric Panoramas., , and . RobVis, volume 1998 of Lecture Notes in Computer Science, page 209-218. Springer, (2001)3-D Scene Visualization by Panoramic Color Anaglyphs., , and . IVCNZ, page 280-285. The University of Auckland, (1998)Specification of Image Acquisition Parameters for Stereo Panoramas., , and . ICPR (3), page 603-606. IEEE Computer Society, (2002)Rotating Line Cameras: Epipolar Geometry And Spatial Sampling, , and . Institue for Mathematics and its Applications, University of Minnesota, (2006)Calibration of Panoramic Cameras Using 3D Scene Information., , and . Theoretical Foundations of Computer Vision, volume 2616 of Lecture Notes in Computer Science, page 335-345. Springer, (2002)Three-Dimensional Scene Navigation Through Anaglyphic Panorama Visualization., , and . CAIP, volume 1689 of Lecture Notes in Computer Science, page 542-549. Springer, (1999)Comparative Studies of Line-based Panoramic Camera Calibration., , and . CVPR Workshops, page 71. IEEE Computer Society, (2003)Epipolar Geometry in Polycentric Panoramas., , and . Theoretical Foundations of Computer Vision, volume 2032 of Lecture Notes in Computer Science, page 39-50. Springer, (2000)