By Gabor T. Herman
Advances in Discrete Tomography and Its purposes is a unified presentation of latest equipment, algorithms, and choose purposes which are the principles of multidimensional picture reconstruction via discrete tomographic equipment. The self-contained chapters, written through prime mathematicians, engineers, and desktop scientists, current state-of-the-art study and ends up in the field.Three major parts are coated: foundations, algorithms, and sensible functions. Following an advent that experiences the new literature of the sector, the e-book explores a variety of mathematical and computational difficulties of discrete tomography together with new applications.Topics and Features:* creation to discrete element X-rays* forte and additivity in discrete tomography* community circulation algorithms for discrete tomography* convex programming and variational tools* functions to electron microscopy, fabrics technological know-how, nondestructive trying out, and diagnostic medicineProfessionals, researchers, practitioners, and scholars in arithmetic, laptop imaging, biomedical imaging, desktop technological know-how, and photograph processing will locate the e-book to be an invaluable advisor and connection with state of the art learn, equipment, and functions.
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Additional resources for Advances in discrete tomography and its applications
Note that if P ⊂ H∞ , then the P -polygon Q is also a U -polygon for the set U of unit vectors associated with points in P . Let F be a class of ﬁnite sets in Rn and P a ﬁnite set of points in Rn . We say that F ∈ F is determined by the discrete point X-rays at the points in P if whenever F ∈ F and Xp F = Xp F for all p ∈ P , we have F = F . 3 Discrete Point X-Rays at Two Points Theorem 1. Let p1 and p2 be distinct points in Z2 . Then there are diﬀerent convex lattice sets that meet L[p1 , p2 ] and have equal discrete point X-rays at p1 and p2 .
46 (2001). 138. : Reconstruction of label images from a few projections as motivated by electron microscopy. , Philadephia, PA, pp. 205–206 (2002). 139. : Tomographic reconstruction of label images from a few projections. Electr. Notes Discr. , 12 (2003). 140. : Automated estimation of the parameters of Gibbs priors to be used in binary tomography. Discr. Appl. , 139, 149–170 (2004). 141. : A method for reconstructing label images from a few projections, as motivated by electron microscopy. Proc.
Pm , m (ii) i=1 |Xpi F1 −Xpi F2 | = 2(m−1), and (iii) |F1 ∩φ(F2 )| ≤ 3 (or ≤ 4) for any aﬃne transformation φ : R2 → R2 (or projective transformation φ : P2 → P2 , respectively). Thus there is an even worse instability for discrete point X-rays than for discrete parallel X-rays, for which the results are the same except that in (iii) the bounds depend on m. She also extends these results to higher dimensions. According to a couple of experts in electron microscopy (private communications), there might be a chance to realize discrete point X-rays experimentally for small samples.