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An Introduction to Laplacian Spectral Distances and Kernels - Theory, Computation, and Applications (Paperback)
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An Introduction to Laplacian Spectral Distances and Kernels - Theory, Computation, and Applications (Paperback)
Series: Synthesis Lectures on Visual Computing: Computer Graphics, Animation, Computational Photography and Imaging
Expected to ship within 10 - 15 working days
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In geometry processing and shape analysis, several applications
have been addressed through the properties of the Laplacian
spectral kernels and distances, such as commute time, biharmonic,
diffusion, and wave distances. Within this context, this book is
intended to provide a common background on the definition and
computation of the Laplacian spectral kernels and distances for
geometry processing and shape analysis. To this end, we define a
unified representation of the isotropic and anisotropic discrete
Laplacian operator on surfaces and volumes; then, we introduce the
associated differential equations, i.e., the harmonic equation, the
Laplacian eigenproblem, and the heat equation. Filtering the
Laplacian spectrum, we introduce the Laplacian spectral distances,
which generalize the commute-time, biharmonic, diffusion, and wave
distances, and their discretization in terms of the Laplacian
spectrum. As main applications, we discuss the design of smooth
functions and the Laplacian smoothing of noisy scalar functions.
All the reviewed numerical schemes are discussed and compared in
terms of robustness, approximation accuracy, and computational
cost, thus supporting the reader in the selection of the most
appropriate with respect to shape representation, computational
resources, and target application.
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