Results 281 to 290 of about 248,441 (319)
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International Journal of Shape Modeling, 1996
We suggest a general method for one-dimensional interpolation in general manifolds, which allows to produce interpolation of arbitrary smoothness; interpolation in the group of orthogonal 3 × 3 matrices and the group of isometries of the three dimensional space using the exponential mapping is described as an example of application of this general ...
G. G. Okuneva +3 more
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We suggest a general method for one-dimensional interpolation in general manifolds, which allows to produce interpolation of arbitrary smoothness; interpolation in the group of orthogonal 3 × 3 matrices and the group of isometries of the three dimensional space using the exponential mapping is described as an example of application of this general ...
G. G. Okuneva +3 more
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IEEE Transactions on Pattern Analysis and Machine Intelligence, 2007
A Bayesian probability density for an interpolating function is developed, and its desirable properties and practical potential are demonstrated. This density has an often needed but previously unachieved property, here called cardinal interpolation, which ensures extrapolation to the density of the least squares linear model.
Steven C. Gustafson +2 more
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A Bayesian probability density for an interpolating function is developed, and its desirable properties and practical potential are demonstrated. This density has an often needed but previously unachieved property, here called cardinal interpolation, which ensures extrapolation to the density of the least squares linear model.
Steven C. Gustafson +2 more
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Proceedings of International Conference on Neural Networks (ICNN'96), 2002
This paper introduces a new type of network based on local response units, the ‘Intelpolation Networh’ (INS).U nder certain conditions this network is an interpolator. Its formulation allows a type of initialisation by prototypes that will set the net in a good initial starting point for the subsequent supervised learning process. These networks can be
Luís Nunes +2 more
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This paper introduces a new type of network based on local response units, the ‘Intelpolation Networh’ (INS).U nder certain conditions this network is an interpolator. Its formulation allows a type of initialisation by prototypes that will set the net in a good initial starting point for the subsequent supervised learning process. These networks can be
Luís Nunes +2 more
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Interpolation Functors In Weak-Type Interpolation
Results in Mathematics, 1997zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Fehér, F., Strauss, M. J.
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Bulletin of Symbolic Logic, 2000
AbstractLyndon's Interpolation Theorem asserts that for any valid implication between two purely relational sentences of first-order logic, there is an interpolant in which each relation symbol appears positively (negatively) only if it appears positively (negatively) in both the antecedent and the succedent of the given implication. We prove a similar,
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AbstractLyndon's Interpolation Theorem asserts that for any valid implication between two purely relational sentences of first-order logic, there is an interpolant in which each relation symbol appears positively (negatively) only if it appears positively (negatively) in both the antecedent and the succedent of the given implication. We prove a similar,
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Mathematical Logic Quarterly, 1998
AbstractWe introduce a notion of a real game (a generalisation of the Karchmer‐Wigderson game (cf. [3]) and of real communication complexity, and relate this complexity to the size of monotone real formulas and circuits. We give an exponential lower bound for tree‐like monotone protocols (defined in [4, Definition 2.2]) of small real communication ...
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AbstractWe introduce a notion of a real game (a generalisation of the Karchmer‐Wigderson game (cf. [3]) and of real communication complexity, and relate this complexity to the size of monotone real formulas and circuits. We give an exponential lower bound for tree‐like monotone protocols (defined in [4, Definition 2.2]) of small real communication ...
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Calcolo, 1993
Let \(f \in C^ 1[- 1,1]\) with the usual norm \(\max (\| f \|_ \infty, \| f' \|_ \infty)\) and let \(H_{2n} (f)\) be the Hermite interpolation polynomial of degree at most \(2n - 1\) interpolating \(f\) and \(f'\) at the zeros \(x_ k\), \(k = 1, \dots, n\) of the Jacobi polynomial with weight \((1 - x)^ \alpha (1 + x)^ \beta\), \(\alpha, \beta > - 1\),
DELLA VECCHIA, Biancamaria +1 more
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Let \(f \in C^ 1[- 1,1]\) with the usual norm \(\max (\| f \|_ \infty, \| f' \|_ \infty)\) and let \(H_{2n} (f)\) be the Hermite interpolation polynomial of degree at most \(2n - 1\) interpolating \(f\) and \(f'\) at the zeros \(x_ k\), \(k = 1, \dots, n\) of the Jacobi polynomial with weight \((1 - x)^ \alpha (1 + x)^ \beta\), \(\alpha, \beta > - 1\),
DELLA VECCHIA, Biancamaria +1 more
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Dermatologic Clinics, 2005
Interpolation flaps provide an excellent method for reconstruction of large or deep defects where adjacent local tissue cannot supply sufficient donor tissue for repair. These flaps use tissue imported from nonadjacent sites with an inherent blood supply (vascular pedicle) to support the flap while attached to the recipient defect until ...
J Ramsey, Mellette, Diana Q, Ho
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Interpolation flaps provide an excellent method for reconstruction of large or deep defects where adjacent local tissue cannot supply sufficient donor tissue for repair. These flaps use tissue imported from nonadjacent sites with an inherent blood supply (vascular pedicle) to support the flap while attached to the recipient defect until ...
J Ramsey, Mellette, Diana Q, Ho
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