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Subaperture stitching interferometry : playing jigsaw puzzles in three-dimensional space

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Subaperture stitching interferometry : playing jigsaw puzzles in three-dimensional space

Background: Wavefront Interferometry Limitations History: Review of Related Work Classification: Applications of Subaperture Stitching Interferometry Subaperture Aberrations: Methods for Subaperture Layout Design Null subaperture layout design Aberrations of off-axis aspheric subapertures Non-null subaperture layout design Near-null optics Near-null subaperture layout design Stitching: Jigsaw Puzzles in Three-Dimensional Space Mathematical background Surface error change related to the misalignment Simultaneous stitching Configuration space-based stitching model Object-image mapping with ray tracing Coordinate mapping with rigid body transformation Iterative algorithm for subaperture stitching Overlapping calculation subproblem Configuration optimization subproblem Special techniques dealing with a large number of subapertures Sparse technique Block-wise QR decomposition Coarse-fine stitching strategy Uncertainty: How Error Sources Affect the Stitching Noise propagation during stitching Decoupling induced aberrations from surface error Case Studies Large flats Hyper-hemispheres Large convex spheres Large convex aspheres Acknowledgments

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