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Potential theory, Minimal energy, Equidistribution, Orthogonal polynomials:
Papers:
[20] S. B. Damelin, A Koksma-Hlawka-Potential Identity on the $d$ Dimensional Sphere
and its Applications to Discrepancy, arxiv: 1707.08929.
[19] S. B. Damelin and R. Renya, On the Fascinating
Structure of the Littlewood Polynomials and their
Zero Sets, arxiv: 1504.08058.
[18] D. Benko,
S. B. Damelin and P. Dragnev, On supports of equilibrium measures with concave signed
equilibria and the Iterated Balayage Algorithm, Journal of Computational Analysis and Applications, 9 (2012),
pp 8-15.
[17]
S. B. Damelin, F. Hickernell, D. Ragozin and X. Zeng, On energy,
discrepancy and G invariant measures on measurable subsets of Euclidean
space, Journal of Fourier Analysis and its Applications (2010) (16), pp
813-839.
[16]
S. B. Damelin, J. Levesley, D. L. Ragozin and X. Sun, Energies, Group
Invariant Kernels and Numerical Integration on Compact Manifolds, Journal of
Complexity, 25(2009), pp 152-162.
[15] S. B. Damelin, A Walk through
Energy, Discrepancy, Numerical Integration and Group Invariant Measures on
Measurable Subsets of Euclidean Space,
Numerical Algorithms, Volume 48 Number 1-3(2008), pp 213-235.
[14] S. B. Damelin, Advances on regularity and dislocation properties of Energy minimizing configurations,
discrepancy, manifold learning and their applications, Algorthms for Approximation, (2007), pp 369-400.
[13] S. B. Damelin and V. Maymeskul, Minimal
Discrete Energy Problems and Numerical Integration on Compact Sets in
Euclidean Spaces, Algorithms for Approximation, (2007) pp 359-368.
[12] D. Benko, S. B. Damelin and P. Dragnev,
On
the support of the equilibrium measure for arcs of the unit circle and
real intervals, Electronic Transactions on Numerical Analysis, (25)(2006),
pp 27-40.
[11] S. B. Damelin, V. Maymeskul, On Point
Energies, Separation Radius and Mesh Norm for s-Extremal Configurations on
Compact Sets in R^n, Journal of Complexity, Volume 21(6)(2006), pp
845-863.
[10] S.B. Damelin, J. Levesley and X. Sun,
Energy
estimates and the Weyl criterion on compact homogeneous manifolds,
Algorithms for Approximation, (2007), pp 359-368.
[9] S.B. Damelin, Another look at an old paper of Geza Freud,
Approximation Theory X, Charles Chui, Larry Schumaker and Joachim
Stoekler (eds.), pp. 1-3.
[8] S.B. Damelin, Asymptotics of recurrence
coefficients for orthonormal polynomials on the line-Magnus's method
revisited, Mathematics of Computation, 73(2004), pp 191-209.
[7] S.B. Damelin and P. Grabner, Energy functionals, Numerical
integration and Asymptotic equidistribution on the sphere, Journal
of Complexity, 19(2003), pp 231-246. (Postscript) Corrigendum, Journal of
Complexity, (20)(2004), pp 883-884.
[6] S.B. Damelin, On the maximum modulus of
weighted polynomials in the plane, a theorem of Rakhmanov, Mhaskar and
Saff revisited, Journal of Computational and Applied Mathematics, vol. 155
(2003), pp 455-459.
[5] S.B. Damelin, Weighted polynomial
approximation on discrete sets, Monatshefte fur Mathematik,
(138)(2)(2003), pp 111-131.
[4] S.B. Damelin, The distribution of general
interpolation arrays for exponential weights, Electronic Transactions of
Numerical Analysis, Volume 12, 2002, pp 12-20.
[3] S.B. Damelin, P. Dragnev and A. Kuijlaars,
The support of the equilibrium measure for a class of external fields on a
finite interval, Pacific Journal of Mathematics, Volume 199 (2)(2001), pp
303-321.
[2] S.B. Damelin and A. Kuijlaars, The support of
the extremal measure for monomial external fields on [ -1,1].,
Trans.Amer.Math. Soc. 351 (1999), 4561-4584.
[1] S. B.
Damelin and E. B. Saff, Asymptotics
of Weighted Polynomials on Varying Discrete Sets-Paper 181, submitted.