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µî·ÏµÈ ÃÊ·Ï Tentative Abstracts (ÃÊ·Ï µî·ÏÀº ÀÌ ÆäÀÌÁö ÇÏ´Ü¿¡ ÀÖ½À´Ï´Ù.)
A finite element dual singular function method to solve the Stokes equations including corner singularities JaeHong Pyo*, Kangwon National University, jhpyo@kangwon.ac.kr
Abstract: The finite element dual singular function method [FEDSFM] has been constructed and analyzed accuracy by Z. Cai and S. Kim to solve the Laplace equation on a polygonal domain with one reentrant corner. In this paper, we impose FEDSFM to solve the Stokes equations via the mixed finite element method. To do this, we compute the singular and the dual singular functions analytically at a nonconvex corner. We prove wellposedness by using the contraction mapping theorem and then estimate errors of the algorithm. We obtain optimal accuracy $O(h)$ for velocity in ${\bf{H}}^1(\Omega)$ and pressure in $L^2(\Omega)$, but we are able to prove only $O(h^{1+\lambda})$ error bounds for velocity in $L^2(\Omega)$ and stress intensity factor, where $\lambda$ is the eigenvalue. However, we get optimal accuracy results in numerical experiments.
Subject: Applied Math Abstract Number : SSA8502173401 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170504
Infinitely many solutions for a class of the elliptic systems Tacksun Jung*, Kunsan National University, tsjung@kunsan.ac.kr QHeung Choi, Inha University Abstract: We get a result that shows the existence of infinitely many solutions for a class of the elliptic systems involving subcritical Sobolev exponents nonlinear terms with even functionals on the bounded domain with smooth boundary. We get this result by variational method and critical point theory induced from invariant subspaces and invariant functional.
Subject: Analysis Abstract Number : SSA8503120617 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170503
Codes over rings Young Ho Park*, , yhpark@kangwon.ac.kr Kangwon National University Abstract: tba
Subject: algebra Abstract Number : SSA8508140216 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170517
BishopPhelpsBollobas property Sun Kwang Kim*, Kyonggi University, lineksk@gmail.com Han Ju Lee, Dongguk University, Miguel Martin, University of Granada Abstract: In 1963, Lindenstrauss studied extensions of the BishopPhelps theorem to the vectorvalued case which is the starting point of norm attaining operators theory. In 2008, Acosta, Aron, Garc\'{i}a and Maestre started the study of vectorvalued versions of the BishopPhelpsBollob\'{a}s theorem. This is called now a days BishopPhelpsBollob\'{a}s property. In this talk, we introduce some results on this topic and possible extension to other mappings.
Subject: Analysis Abstract Number : SSA8511165830 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170511
Steady state positive solution to population model with competition Joon Hyuk Kang*, Andrews University, kang@andrews.edu
Abstract: We investigate mathematical conditions to guarantee the existence and uniqueness of positive solutions to a general elliptic mathematical model.
This result generalizes the existence and uniqueness of positive steady state solutions to a LotkaVolterra competition model with homogeneous boundary conditions for two species of animals competing in the same environment. Under what conditions do they coexist peacefully? It is natural to say that they can coexist peacefully if their reproduction rates and selflimitation rates are relatively larger than those of competition rates. In other words, they can survive if they interacts strongly among themselves and weakly with others.
Subject: Applied Math Abstract Number : SSA8511222237 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170511
Rectifying spacelike submanifolds in PseudoEuclidean spaces Yun Myung Oh*, Andrews University, ohy@andrews.edu BangYen Chen, Michigan State University Abstract: Rectifying subspace and rectifying submanifold were defined by BangYen Chen in 2016 [Int. Electron. J. Geom. 9] and he obtained several fundamental properties of rectifying submanifold in Euclidean space. In this talk, further results will be discussed for the rectifying spacelike submanifolds in PseudoEuclidean spaces with codimension greater one.
Subject: Geometry Abstract Number : SSA8511233004 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170511
The spectral properties of Riordan graphs Seyed Ahmad Mojallal*, Applied Algebra and Optimization Research Center, Sungkyunkwan University, Suwon 16419, Rep. of Kore, mojallal@skku.edu GiSang Cheon, Sungkyunkwan University Abstract: Riordan arrays are infinite lower triangular matrices defined by two generating functions [L. V. Shapiro, S. Getu, W. J. Woan, L. Woodson, The Riordan group, Discrete Appl. Math. 34 (1991) 229239]. Considering an $n \times n$ Riordan matrix in modulo two, we define Riordan graph $RG_n$ of order $n$. In this talk, we study some spectral invariants of Riordan graphs such as the adjacency spectrum, Laplacian and signless Laplacian spectrums, nullity, inertia and determinant of Riordan graphs. Moreover, we show that our results for Riordan graphs are better than previous results for general graphs.
Subject: Linear Algebra Abstract Number : SSA8515162030 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170516
The classification of selfdual codes over Galois rings WhanHyuk Choi*, Gangwon Natl' University., whanhyuk@gmail.com
Abstract: We classify the selfdual codes of length 4 over Galois rings $GR(p^2,1)$, $GR(p,2)$ and $GR(p^2,2)$ for all primes $p$ up to equivalence in terms of their automorphism groups and obtain the necessary and sufficient conditions for existence of each classes. We also obtain the number of inequivalent classes for all primes.
Subject: Coding theory Abstract Number : SSA8516134603 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170516
A Case Study of College Math Courses with SelfDirected Team Learning Sook Min*, Yonsei University at Wonju, sookmin@yonsei.ac.kr
Abstract: TBA
Subject: Math Education Abstract Number : SSA8516171228 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170516
Integral transform and generalized convolution product for functionals on Wiener space Byoung Soo Kim*, School of Liberal Arts, Seoul National University of Technology, Seoul 01811, Korea, mathkbs@seoultech.ac.kr Il Yoo, Department of Mathematics, Yonsei University, Wonju 26493, Korea, iyoo@yonsei.ac.kr Abstract: In 1982, Lee defined an integral transform ${\mathcal F}_{\gamma,\eta}$ of analytic functionals on an abstract Wiener space. For certain values of the parameter $\gamma$ and $\eta$ and for certain classes of functionals, the FourierWiener transform, the FourierFeynman transform, and the Gauss transform are special cases of his integral transform ${\mathcal F}_{\gamma,\eta}$. We introduce a generalized convolution product $(F*G)_{\vec\alpha,\vec\beta}$ for integral transform ${\mathcal F}_{\gamma,\eta}$ for functionals defined on $K[0,T]$. We study some interesting properties of the generalized convolution product. In particular we give a necessary and sufficient conditions for the generalized convolution product to be commutative. We also study an associativity result of the generalized convolution product.
Subject: Analysis Abstract Number : SSA8517105004 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170517
Weighted $L_{p,q}$estimates for higher order parabolic systems Jongkeun Choi*, Korea University, jkchoi2749@gmail.com Doyoon Kim, Korea University Abstract: We prove weighted $L_{p,q}$estimates for divergence type higher order elliptic and parabolic systems with irregular coefficients on Reifenberg flat domains.
In particular, in the parabolic case the coefficients do not have any regularity assumptions in the time variable.
As functions of the spatial variables, the leading coefficients are permitted to have small mean oscillations.
The weights are in the class of Muckenhoupt weights $A_p$.
Subject: Analysis Abstract Number : SSA8517133227 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170517
Superconvergence of finite element methods and its application KwangYeon Kim*, Kangwon National University, eulerkim@kangwon.ac.kr
Abstract: In this talk we discuss some superconvergence results for the continuous finite element approximation $u_h$ of second order elliptic equations on uniform and mildly structured meshes. Based on the superconvergence analysis of Bank and Xu in 2003, we first present some key identities for the standard nodal interpolant $u_I$ of the exact solution $u$. Then, by combining these identities with the properties of uniform and mildly structured meshes, we establish the supercloseness between $u_h$ and $u_I$ with respect to the $H^1$ norm. As an application of this supercloseness, we show that a simple averaging of the discrete gradient $\nabla u_h$ can give a superconvergent approximation to $\nabla u$ and prove the asymptotic exactness of some a posteriori error estimators based on this gradient recovery.
Subject: Applied Math Abstract Number : SSA8517141731 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170517
Horizontal and Vertical Formulas for Exponential Riordan Matrix JiHwan Jung*, Sungkyunkwan University, jh56k@skku.edu GiSang Cheon, Sungkyunkwan University, Paul Barry, School of Science Waterford Institute of Technology Abstract: In this talk, we show that an infinite lower triangular matrix $R=[r_{ij}]_{i,j\in\mathbb{N}_0}$ is an exponential Riordan matrix $R=\mathcal {E}(g,f)$ given by $\sum_{i\ge j}r_{ij}{z^i/i!}=gf^j/j!$ if and only if there exist both horizontal pair $\{h_n;\tilde{h}_{n}\}_{n\ge0}$ and vertical pair $\{v_n;\tilde{v}_{n}\}_{n\ge0}$ of the sequences such that
\begin{eqnarray*}
r_{n+1,k}=\tilde{h}_0r_{n,k1}+\sum_{j=0}^{nk}\left((k+1)^{\overline{j}}h_{j}+k^{\overline{j+1}}\tilde{h}_{j+1}\right)r_{n,k+j},\quad(n\ge k\ge0)
\end{eqnarray*}
and
\begin{eqnarray*}
r_{n,k1}=\tilde{v}_0r_{n+1,k}+\sum_{j=0}^{nk}\left(n^{\underline j}v_j+n^{\underline{j+1}}\tilde{v}_{j+1}\right)r_{nj,k},\quad(n\ge k\ge1)
\end{eqnarray*}
where $x^{\overline n}$ and $x^{\underline n}$ are the rising and falling factorials of $x\ge0$ defined by
\begin{eqnarray*}
x^{\overline n}=x(x+1)\cdots(x+n1)\;\;{\rm and}\;\; x^{\underline n}=x(x1)\cdots(xn+1),\quad n\ge1
\end{eqnarray*}
with $x^{\overline 0}=x^{\underline 0}=1$. Applying this result, we obtain that if the horizontal and vertical pairs of an exponential Riordan matrix are identical then the matrix is involution. In addition, this concept can be applied to obtain the determinants of the Hessenberg matrices and some conditions for $d$orthogonality of the Sheffer polynomial sequences.
Subject: Algebra Abstract Number : SSA8517155512 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170517
Multidimensional orthogonal polynomials and the support of the measure Hyun Jae Yoo*, Hankyong National University, yoohj@hknu.ac.kr Ameur Dhahri, Chungbuk National University, Nobuaki Obata, Tohoku University Abstract: In this talk we discuss the multidimensional orthogonal polynomials for probability measures. Our point is to look at the theory by using quantum probability. By introducing the creation, annihilation, and preservation operators (CAP operators), we develop interacting Fock space and thereby the coordinate variables, which are understood as multiplication operators, are decomposed into the sum of CAP operators. We investigate the support of the measure by using the concept of deficiency rank for the Jacobi operators. This is a joint work with Ameur Dhahri and Nobuaki Obata.
Subject: Analysis Abstract Number : SSA8517161524 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170517
Vanishing theorems of the basic harmonic forms on a complete foliated manifold Seoung Dal Jung*, Jeju National University, sdjung@jejunu.ac.kr
Abstract: On a compact foliated Riemannian manifold, it is well known that there are no nontrivial basic harmonic forms by M. MinOo et al. In this talk, we extend this results to a complete foliated Riemannian manifold. That is, on a foliated manifold whose all leaves are compact and the mean curvature is bounded, if the curvature endomorphism is positivedefinite, then any basic harmonic forms with a finite global norm are trivial.
Subject: Geometry Abstract Number : SSA8518162856 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170518
A measurable function over continuous paths similar to the PaleyWienerZygmund integral Cho, Dong Hyun *, Kyonggi University, j94385@kyonggi.ac.kr Ma, YongKi, Kongju National University Abstract: Let $C[0,T]$ denote the space of continuous realvalued functions on the interval $[0,T]$. On the space $C[0,T]$ we introduce a finite measure $w_{\alpha,\beta;\varphi}$ and investigate its properties, where $\varphi$ is arbitrary finite initial measure on $(\mathbb R, \mathcal B(\mathbb R))$. Using this finite measure $w_{\alpha,\beta;\varphi}$ we also introduce a measurable function on $C[0,T]$ which is similar to the PaleyWienerZygmund integral on the generalized analogue of Wiener space. As applications we introduce a Banach algebra which corresponds the CameronStorvick's Banach algebra $\mathcal S$ on the classical Wiener space. We note that if $\varphi(\mathbb R)=1$, then $w_{\alpha,\beta;\varphi}$ is a probability measure with the mean function $\alpha$ and the variance function $\beta$, and that the measurable function is the PaleyWienerZygmund integral on the analogue of Wiener space $C[0,T]$.
Subject: Analysis Abstract Number : SSA8518175401 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170518
The mass formula of selforthogonal codes over GF(q) Kwang Ho Kim*, Kangwon National University, prime229@gmail.com
Abstract: There exists already mass formula which is the number of self orthogonal codes in $GF(q)^n$, but not proof of it. We describe some theories about finite geometry and by using them proved the mass formula when $q = p^m$, $p$ is odd prime.
Subject: Graduated Students Session Abstract Number : SSA8518205007 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170518
Numerical simulation of a shearflow instability with surface tension Suyeon Shin*, Korea University, angelic52@korea.ac.kr SungIk Sohn, GangneungWonju National University, Woonjae Hwang, Korea University. Abstract: One of the most well known instabilities in fluid mechanics is the instability at the interface between parallel shear flow of different velocities, which is called KelvinHelmholtz instability. When surface tension is present on the interface, numerical computation is not an easy talk, due to the aliasing instability. We develop a stable numerical method by using the vortex sheet model and present longtime evolutions of the KelvinHelmholtz instability with surface tension and density jump. A variety of interesting behaviors by the interaction of singularity and surface tension will be demonstrated.
Subject: Applied Math Abstract Number : SSA8520140204 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170520
Numerical Analysis of the Helmholtz Equation on an Annnular Domain June Gi Kim*, Kangwon National University, junekim@kangwon.ac.kr
Abstract: We construct generalize usual basis functions for numerical approximation of the Helmholtz equations on an annular domain. The basis functions constructed in the way
catch the symmetries of the domain and the fundamental solutions of the Helmholtz equation and give effective approach in calculating complex eigenvalues of the equation.
Subject: Applied Math Abstract Number : SSA8522101216 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170522
On the 2nd order mock theta functions SoonYi Kang*, Kangwon National University, sy2kang@kangwon.ac.kr
Abstract: We compute shadows of the second order mock theta functions and show that they are essentially same with the shadow of a mock theta function related to the Mathieu moonshine phenomenon. We further survey the second order mock theta functions on their quantum modularity and their behavior in the lower half plane.
Subject: Algebra Abstract Number : SSA8522150803 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170522
Some characterizations of real hypersurfaces in complex Grassmannians with rank two Hyunjin Lee*, Kyungpook National University, lhjibis@hanmail.net Young Jin Suh, Kyungpook National University Abstract: A main objective in submanifold geometry is the classification of homogeneous hypersurfaces arise as principal orbits of cohmogeneity one actions, and so their classification is equivalent to the classification of cohomogeneity one actions up to orbit equivalence. Actually, the classifications of cohomogeneity one actions in irreducible simply connceted Riemannian symmetric spaces of rank~$2$ of (non)compact type was obtained by J. Berndt and Y.J. Suh for complex twoplane Grassmannians~$SU_{2+m}/S(U_{2}U_{m})$ and complex hyperbolic twoplane Grassmannians~$SU_{2,m}/S(U_{2}U_{m})$. From these classifications, in (Suh, Adv. Appl. Math. 50, 645659, 2013) Suh classified real hypersurfaces with isometric Reeb flow in $SU_{2,m}/S(U_{2}U_{m})$, $m \geq 3$. Each one can be described as a tube over a totally geodesic $SU_{2,m1}/S(U_{2}U_{m1})$ in $SU_{2,m}/S(U_{2}U_{m})$ or a horosphere whose center at infinity is singular. By using this result, we want to give another characterization for these model spaces with respect to the derivatives of (1,1) type tensor on real hypersurfaces in complex Grassmannians with rank two.
Subject: Geometry Abstract Number : SSA8523092611 [Modifiy] [Delete] (with private passwords) Last Modified Date : 20170523
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