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"Curve and Surface Representation" is a book category focused on the mathematical foundations, algorithms, and practical techniques for describing, constructing, analyzing, and manipulating curves and surfaces in two and three dimensions. Titles in this category typically cover parametric approaches (Bezier, B-splines, NURBS), implicit and algebraic representations (level sets, signed-distance functions), subdivision and mesh-based methods, and the differential-geometry concepts (continuity, curvature, normals, topology) that underpin them. They also address numerical algorithms for interpolation, approximation, fitting and conversion, data structures and file formats used in CAD and graphics, and implementation issues such as robustness and performance. Applications span CAD/CAM, computer graphics and animation, visualization, reverse engineering, GIS and medical imaging, making the category relevant to mathematicians, computer scientists, engineers, and designers working on modeling, simulation, and fabrication.

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