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  • 2008 년도 - 889 개-
    $A_n$ invariant for stably tangent bundles and the functional Steenrod square - Yang Hyun Byun (Hanyang University)

    $K_{2i}(O_F)$ for $Z_p$-extension - Hourong Qin (Nanjing University)

    2008년도 한국연안의 바다거북 모니터링 - 문대연 (국립수산과학원 )

    3차원 변분동화기법을 이용한 북서태평양 자료동화체계 수립 - 김영호 (한국해양연구원 기후.연안재해연구부)

    3차원 수치모델을 이용한 섬진강 하구역의 계절별 혼합특성 - 곽경일 (E&C 기술연구소)

    3차원 수치모형을 이용한 진해만의 적조발생 관계 규명 - 김평주 (국토해양환경기술단)

    3차원 수치모형을 이용한 황해 저층 냉수 재현 - 김평주 (국토해양환경기술단)

    A curious subquotient of the divided power algebra - Le Minh Ha (Vietnam National University, Vietnam)

    A generalized Fredholm theory and some new ideas in nonlinear analysis and geometry - Helmut Hofer (Clay Mathematics Institute)

    A gentle introduction to Schramm-Loewner evolution - Nam-Gyu Kang (California Institute of Technology)

    A model for the homotopy type of the complement - Nguyen Viet Dung (Institute of Mathematics, Hanoi, Vietnam)

    A New device for Photographing fish larvae and small fish specimens using a fluid full photo cell on board - 김성 (한국해양연구원 해양생물자원연구부)

    A new device for photographing fish larvae and small fish specimens using a fluid full photo cell on board - 김성 (한국해양연구원 해양생물자원연구부)

    A redescription of Strombidinopsis jeokjo Jeong et al., 2004, a planktonic oligotrichous ciliate (Ciliophora: oligotrichia) from the coastal water off southern Korea - 김영옥 (한국해양연구원 남해특성연구본부)

    A remark on the deformation quantization - Myung Jun Choi (연세대)

    A study on the heat flux in Backsu tidal flat, southwestern coast of Korea - 김태완 (전남대학교 해양학과)

    Affine algebraic geometry - Mel Hochster (University of Michigan)

    Algebra and Number Theory - Andrew Baker (University of Glasgow)

    Algebra II - Character Table for a Nonabelian Group of Order 55 - Michael Artin (MIT)

    Algebra II - Function Fields - Michael Artin (MIT)

    Algebra II - Groups of Order 28 - Michael Artin (MIT)

    Algebra II - Permutations - Michael Artin (MIT)

    Algebra II - Splitting Fields - Michael Artin (MIT)

    Algebra II - The Orthogonality Relations - Michael Artin (MIT)

    Algebraic realization of manifolds and vector bundles with group actions - Heiner Dovermann (University of Hawaii at Manoa)

    Algebraic Topology - Chapter 4 Additional Topics - Allen Hatcher (Cornell University)

    An age-based matrix projection model for deriving a generalized size-dependent mortality formulation for marine fish species - 정석근 (NFRDI)

    An algebraic topological approach toward concrete Schubert calculus - Shizuo Kaji (Fukuoka University, Japan)

    An Introduction to Galois Theory - Andrew Baker (University of Glasgow)

    An Introduction to p-adic Numbers and p-adic Analysis - Andrew Baker (University of Glasgow)

    An optimal boundedness on weak $\bQ$-Fano 3-folds - Meng Chen (Fudan University, Shanghai)

    Analysis - lecture 1 - Robert Greene (UCLA)

    Analysis - lecture 10 - Robert Greene (UCLA)

    Analysis - lecture 11 - Robert Greene (UCLA)

    Analysis - lecture 12 - Robert Greene (UCLA)

    Analysis - lecture 13 - Robert Greene (UCLA)

    Analysis - lecture 14 - Robert Greene (UCLA)

    Analysis - lecture 15 - Robert Greene (UCLA)

    Analysis - lecture 16 - Robert Greene (UCLA)

    Analysis - lecture 17 - Robert Greene (UCLA)

    Analysis - lecture 2 - Robert Greene (UCLA)

    Analysis - lecture 3 - Robert Greene (UCLA)

    Analysis - lecture 4 - Robert Greene (UCLA)

    Analysis - lecture 5 - Robert Greene (UCLA)

    Analysis - lecture 6 - Robert Greene (UCLA)

    Analysis - lecture 7 - Robert Greene (UCLA)

    Analysis - lecture 8 - Robert Greene (UCLA)

    Analysis - lecture 9 - Robert Greene (UCLA)

    Approximability of a batch consolidation problem - Hong, Sungpil (Seoul National University)

    Automorphisms of surfaces of general type, including the identity in cohomology - Jin-Xing Cai (LMAM, Beijing U)

    Balanion masanensis n. sp. (Ciliophora: Prostomatea) from the Coastal Waters of Korea: Morphology and Small Subunit Ribosomal RNA Gene Sequence - 김재성 (군산대학교 녹조.적조연구센터)

    Banach-Alaoglu, variant Banach-Steinhaus, bipolars, weak-to-strong principles - Paul Garrett (University of Minnesota)

    Basic Linear Algebra - Andrew Baker (University of Glasgow)

    Black Monday: What it was, and how it happened? - Jinsung Yoo (FSA, market risk manager, Transamerica)

    Boundary behavior of SLE - Nam-Gyu Kang (California Institute of Technology)

    Calculation of $l$-adic local Fourier transformations - Lei Fu (Nankai Univ.)

    Categories and functors, the Zariski topology, and the functor Spec - Mel Hochster (University of Michigan)

    Changes in the North Pacific SST variability under global warming - 예상욱 (한국해양연구원)

    Circle actions on symplectic manifolds - Cho, Yunhyung (KAIST)

    Cochlodinium polykrikoides Red Tide Detection using the Spectral Classification of MODIS Data at the South Sea of Korea - 손영백 (나가사키대학교 수산학부)

    Commutative Algebra - Mel Hochster (University of Michigan)

    Commutative algebra - Lecture 1 - Dennis Gaitsgory (Harvard University)

    Commutative algebra - Lecture 2 - Dennis Gaitsgory (Harvard University)

    Commutative algebra - Lecture 3 - Dennis Gaitsgory (Harvard University)

    Commutative algebra - Lecture 4 - Dennis Gaitsgory (Harvard University)

    Comparisons of Multi-Beam Echo Sounder's Mosaic Imagery with Side Scan SONAR in Habor PyungtaEk - 박요섭 (underwater survey technology 21 Inc.)

    Complete linear series on a hyperelliptic curve - Park, Euisung (Korea University)

    Contrasting recruitment of two Gadoid species (Gadus macrocephalus vs. Thergra chalcogramma) to Korean coastal waters in relation to climate change - 정석근 (NFRDI)

    Control effcts of Mytilus galloprovincialison various concentration of the red tide microalga Cochlodinium polykrikoidesunder laboratory condifions - 박용빈 (전남대학교)

    Control Theorems for Abelian Varieties over Global Function Fields - Ki-Seng Tan (National Taiwan Univ.)

    Convex Optimization I - 1.Convex optimization examples - Stephen Boyd (Stanford University)

    Convex Optimization I - 1.Introduction - Stephen Boyd (Stanford University)

    Convex Optimization I - 10.Unconstrained minimization - Stephen Boyd (Stanford University)

    Convex Optimization I - 11.Equality constrained minimization - Stephen Boyd (Stanford University)

    Convex Optimization I - 12.Interior-point methods - Stephen Boyd (Stanford University)

    Convex Optimization I - 13.Conclusions - Stephen Boyd (Stanford University)

    Convex Optimization I - 2.Convex sets - Stephen Boyd (Stanford University)

    Convex Optimization I - 2.Stochastic programming - Stephen Boyd (Stanford University)

    Convex Optimization I - 3.Convex functions - Stephen Boyd (Stanford University)

    Convex Optimization I - 3.Filter design and equalization - Stephen Boyd (Stanford University)

    Convex Optimization I - 4.Convex optimization problems - Stephen Boyd (Stanford University)

    Convex Optimization I - 4.Disciplined convex programming and CVX - Stephen Boyd (Stanford University)

    Convex Optimization I - 5.Duality - Stephen Boyd (Stanford University)

    Convex Optimization I - 6.Approximation and fitting - Stephen Boyd (Stanford University)

    Convex Optimization I - 7.Statistical estimation - Stephen Boyd (Stanford University)

    Convex Optimization I - 8.Geometric problems - Stephen Boyd (Stanford University)

    Convex Optimization I - 9.Numerical linear algebra background - Stephen Boyd (Stanford University)

    Cosmic Voids and Void Galaxies - Michael Vogeley ()

    Cryptic genetic diversity and phylogeography between two Coreoleuciscus splendidus haplotypes(teleostei, cypriniformes) endemic to Korea inferred from complete mitogenome sequences - 김근용 (부경대학교)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Cryptography - Robert Coleman (University of California, Berkeley)

    Design of Comparative Experiments -1 - R. A. Bailey (University of London)

    Design of Comparative Experiments -10 - R. A. Bailey (University of London)

    Design of Comparative Experiments -11 - R. A. Bailey (University of London)

    Design of Comparative Experiments -12 - R. A. Bailey (University of London)

    Design of Comparative Experiments -13 - R. A. Bailey (University of London)

    Design of Comparative Experiments -2 - R. A. Bailey (University of London)

    Design of Comparative Experiments -3 - R. A. Bailey (University of London)

    Design of Comparative Experiments -4 - R. A. Bailey (University of London)

    Design of Comparative Experiments -5 - R. A. Bailey (University of London)

    Design of Comparative Experiments -6 - R. A. Bailey (University of London)

    Design of Comparative Experiments -7 - R. A. Bailey (University of London)

    Design of Comparative Experiments -8 - R. A. Bailey (University of London)

    Design of Comparative Experiments -9 - R. A. Bailey (University of London)

    Differential Geometry - Chapter 1: Local and global geometry of plane curves - Paul Seidel (MIT)

    Differential Geometry - Chapter 2: Local geometry of hypersurfaces - Paul Seidel (MIT)

    Differential Geometry - Chapter 3: Global geometry of hypersurfaces - Paul Seidel (MIT)

    Differential Geometry - Chapter 4: Geometry of lengths and distances - Paul Seidel (MIT)

    Dimension theory and systems of parameters - Mel Hochster (University of Michigan)

    Discrete Mathematics - Chapter 1 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 10 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 11 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 12 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 13 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 14 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 15 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 16 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 17 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 18 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 19 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 2 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 20 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 3 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 4 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 5 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 6 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 7 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 8 - William Chen (Macquarie University)

    Discrete Mathematics - Chapter 9 - William Chen (Macquarie University)

    Discreteness properties of translation numbers in Garside groups - Lee, Sangjin (건국대)

    Distribution, diversity and ecological significance of nitrogen-fixers in the north western Pacific - Jae Hoon Noh (KORDI)

    Distributions supported on hyperplanes - Paul Garrett (University of Minnesota)

    Dynamical Properties of Forming Galaxies at Redshift z>5 - Yoshiaki Taniguchi (Ehime University)

    Energy modeling for sustainable use of fisheries and aquaculture production at Songkhla lake, Thailand - Kankamnerd Jariya (부경대학교)

    Enumerative geometry and moduli spaces - Kiem, Younghoon (Seoul National University)

    Enumerative Geometry and Moduli Spaces - 김영훈 (서울대학교)

    Enviromental challenges in Norwegian fisheries - Harald Ellingsen (Norwegian University of Science and Technology)

    Estimation of copepod production in the coastal waters of Korea: a comparison of methods for the measurement of copepod growth rate - Seok Hyun Youn (인하대학교)

    Exact sequences with a flat cokernel and a sketch of properties of Tor - Mel Hochster (University of Michigan)

    Exceptional Stewart-Gough platforms of geometric genus 7 - Frank-Olaf Schreyer (U Saarlandes)

    Exotic Symmetries of Manifolds - Krzysztof Pawalowski (Adam Mickiewicz Univ. Poland)

    Face-polynomials of simple polytopes and applications - Victor Buchstaber (Steklov Institute, RAS, Moscow)

    First Year Calculus - Chapter 1 - William Chen (Macquarie University)

    First Year Calculus - Chapter 10 - William Chen (Macquarie University)

    First Year Calculus - Chapter 11 - William Chen (Macquarie University)

    First Year Calculus - Chapter 12 - William Chen (Macquarie University)

    First Year Calculus - Chapter 13 - William Chen (Macquarie University)

    First Year Calculus - Chapter 14 - William Chen (Macquarie University)

    First Year Calculus - Chapter 15 - William Chen (Macquarie University)

    First Year Calculus - Chapter 16 - William Chen (Macquarie University)

    First Year Calculus - Chapter 17 - William Chen (Macquarie University)

    First Year Calculus - Chapter 18 - William Chen (Macquarie University)

    First Year Calculus - Chapter 19 - William Chen (Macquarie University)

    First Year Calculus - Chapter 2 - William Chen (Macquarie University)

    First Year Calculus - Chapter 20 - William Chen (Macquarie University)

    First Year Calculus - Chapter 21 - William Chen (Macquarie University)

    First Year Calculus - Chapter 22 - William Chen (Macquarie University)

    First Year Calculus - Chapter 3 - William Chen (Macquarie University)

    First Year Calculus - Chapter 4 - William Chen (Macquarie University)

    First Year Calculus - Chapter 5 - William Chen (Macquarie University)

    First Year Calculus - Chapter 6 - William Chen (Macquarie University)

    First Year Calculus - Chapter 7 - William Chen (Macquarie University)

    First Year Calculus - Chapter 8 - William Chen (Macquarie University)

    First Year Calculus - Chapter 9 - William Chen (Macquarie University)

    Forecasting the dark energy measurement with LAMOST - Xuelei Chen (National Astronomical Observatory of China )

    Formal power series rings, inverse limits, and I-adic completions of rings - Mel Hochster (University of Michigan)

    Foundations of Algebraic Geometry - Lecture 41 - Ravi Vakil (Stanford University)

    Foundations of Algebraic Geometry - Lecture 42 - Ravi Vakil (Stanford University)

    Foundations of Algebraic Geometry - Lecture 43 - Ravi Vakil (Stanford University)

    Foundations of Algebraic Geometry - Lecture 44 - Ravi Vakil (Stanford University)

    Foundations of Algebraic Geometry - Lecture 45 - Ravi Vakil (Stanford University)

    Foundations of Algebraic Geometry - Lecture 46 - Ravi Vakil (Stanford University)

    Foundations of Algebraic Geometry - Lecture 47 - Ravi Vakil (Stanford University)

    Foundations of Algebraic Geometry - Lecture 48 - Ravi Vakil (Stanford University)

    Foundations of Algebraic Geometry - Lecture 50 - Ravi Vakil (Stanford University)

    Functions of a Complex Variable - Analytic functions_ rational functions: the role of the Cauchy-Riemann equations - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - Cauchy-Goursat theorem - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - Conformal maps_ linear transformations: analytic functions and elementary geometric properties, conformality and scalar invariance - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - Contour integration and applications: evaluation of definite integrals, careful handling of the logarithm - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - Exponential function and logarithm for a complex argument: the complex exponential and trigonometric functions, dealing with the complex logarithm - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - Exponentials and trigonometric functions - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - Harmonic functions: harmonic functions and holomorphic functions, Poisson''s formula, Schwarz''s theorem - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - Infinite products: Weierstrass'' canonical products, the gamma function - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - Isolated singularities - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - Line integrals: path independence and its equivalence to the existence of a primitive - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - Linear transformations (cont.): cross ratio, symmetry, role of circles - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - Mittag-Leffer''s theorem: Laurent series, partial fractions expansions - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - Normal families: equiboundedness for holomorphic functions, Arzela''s theorem - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - Power series: complex power series, uniform convergence - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - The algebra of complex numbers: the geometry of the complex plane, the spherical representation - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - The extension of the zeta function to C, the functional equation - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - The general Cauchy theorem - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - The local mapping; Schwarz''s lemma and non-Euclidean interpretation: topological features, the maximum modulus theorem - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - The prime number theorem: the history of the theorem and the proof, the details of the proof - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - The residue theorem and applications: calculation of residues, argument principle and Rouch?''s theorem - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - The Riemann mapping theorem - Sigurdur Helgason (MIT)

    Functions of a Complex Variable - The special cauchy formula and applications: removable singularities, the complex taylor''s theorem with remainder - Sigurdur Helgason (MIT)

    Fundamentals of Analysis - Chapter 1 - William Chen (Macquarie University)

    Fundamentals of Analysis - Chapter 1 - William Chen (Macquarie University)

    Fundamentals of Analysis - Chapter 2 - William Chen (Macquarie University)

    Fundamentals of Analysis - Chapter 2 - William Chen (Macquarie University)

    Fundamentals of Analysis - Chapter 3 - William Chen (Macquarie University)

    Fundamentals of Analysis - Chapter 3 - William Chen (Macquarie University)

    Fundamentals of Analysis - Chapter 4 - William Chen (Macquarie University)

    Fundamentals of Analysis - Chapter 4 - William Chen (Macquarie University)

    Fundamentals of Analysis - Chapter 5 - William Chen (Macquarie University)

    Fundamentals of Analysis - Chapter 5 - William Chen (Macquarie University)

    Fundamentals of Analysis - Chapter 6 - William Chen (Macquarie University)

    Fundamentals of Analysis - Chapter 6 - William Chen (Macquarie University)

    Fundamentals of Analysis - Chapter 7 - William Chen (Macquarie University)

    Fundamentals of Analysis - Chapter 7 - William Chen (Macquarie University)

    Fundamentals of Analysis - Chapter 8 - William Chen (Macquarie University)

    Fundamentals of Analysis - Chapter 8 - William Chen (Macquarie University)

    Galaxy Interaction and Star Clusters - Myung Gyoon Lee (Seoul National University)

    Geometry and Topology - Lecture 1 - Marco Gualtieri (University of Toronto)

    Geometry and Topology - Lecture 10 - Marco Gualtieri (University of Toronto)

    Geometry and Topology - Lecture 11 - Marco Gualtieri (University of Toronto)

    Geometry and Topology - Lecture 12 - Marco Gualtieri (University of Toronto)

    Geometry and Topology - Lecture 13 - Marco Gualtieri (University of Toronto)

    Geometry and Topology - Lecture 2 - Marco Gualtieri (University of Toronto)

    Geometry and Topology - Lecture 3 - Marco Gualtieri (University of Toronto)

    Geometry and Topology - Lecture 4 - Marco Gualtieri (University of Toronto)

    Geometry and Topology - Lecture 5 - Marco Gualtieri (University of Toronto)

    Geometry and Topology - Lecture 6 - Marco Gualtieri (University of Toronto)

    Geometry and Topology - Lecture 7 - Marco Gualtieri (University of Toronto)

    Geometry and Topology - Lecture 8 - Marco Gualtieri (University of Toronto)

    Geometry and Topology - Lecture 9 - Marco Gualtieri (University of Toronto)

    Glacial-interglacial variations of the subpolar front in the East Sea during the last 190,000 years - 이경은 (한국해양대학교)

    GPUs-Accelerated Fluid Simulation with Adaptive Mesh Refinement - Hsi-Yu Schive (National Taiwan University)

    Group actions on 4-manifolds - Ximin Liu (South China University of Technology, China)

    Groups and symmetry - Andrew Baker (University of Glasgow)

    Hahn-Banach theorems - Paul Garrett (University of Minnesota)

    Half-exactness of adjoint functors, Yoneda lemma - Paul Garrett (University of Minnesota)

    Hebei Spirit호 유류오염사고 방제현황 및 향후계획 - 이봉길 (해양경찰청, 해양오염방제국장)

    Heisenberg''s uncertainty inequality - Paul Garrett (University of Minnesota)

    Hemocytes from the carpet shell clam Ruditapes decussatus and the manila clam Ruditapes philippinarum : State of the Art - Ludovic Donaghy (제주대학교)

    Hilbert scheme of twisted cubics via stable maps - Kiem, Younghoon (Seoul National University)

    Histology and ultrastructure of foot epithelial layer of the equilateral venus Gomphina veneriformis (Bivalvia: Veneridae) - 박정준 (전남대학교)

    Homological functors with coefficients - E-Jay Ng ( National University of Singapore)

    Homological representations of Artin groups of type $B_n (C_n)$ and $D_n$ - Zhi Chen ( University of Science and Technology of China, China)

    Homotopy exponents of some homogeneous spaces - Hao Zhao (University of Manchester, UK)

    Honors Applied Ordinary Differential Equations - Lecture1 - Jeffrey B. Rauch (University of Michigan)

    Honors Applied Ordinary Differential Equations - Lecture2 - Jeffrey B. Rauch (University of Michigan)

    Honors Applied Ordinary Differential Equations - Lecture3 - Jeffrey B. Rauch (University of Michigan)

    Honors Applied Ordinary Differential Equations - Lecture4 - Jeffrey B. Rauch (University of Michigan)

    How to see the saddle sets of Smale flows in 3-manifolds - Xuezhi Zhao ( Capital Normal University, China)

    HPLC-CHEMTAX analysis for determining phytoplankton biomass and composition in Masan Bay - 오현택 (국립수산과학원)

    Hyperbolic Partial Differential Equations and Geometric Optics - Jeffrey B. Rauch (University of Michigan)

    Impact of the Surface Fluxes on Sea Fog Formation and Persistence - 하경자 (부산대학교 지구환경시스템학부)

    Impact of typhoon-induced SST cooling on the coupled typhoon-ocean prediction - 문일주 (제주대학교 해양기상학 협동과정)

    Increasing and decreasing subsequences - Richard P. Stanley (MIT)

    Influence of water temperature and salinity on filtration rate and oxygen consumption rate of Dosinorbis japonicas (Phacosoma) with various shell sizes - 이재영 (전남대학교)

    Integral extensions and integral dependence - Mel Hochster (University of Michigan)

    Introduction to Complex Analysis - 0 - Andreas Gathmann (University of Kaiserslautern)

    Introduction to Complex Analysis - 1 - Andreas Gathmann (University of Kaiserslautern)

    Introduction to Complex Analysis - 10 - Andreas Gathmann (University of Kaiserslautern)

    Introduction to Complex Analysis - 11 - Andreas Gathmann (University of Kaiserslautern)

    Introduction to Complex Analysis - 12 - Andreas Gathmann (University of Kaiserslautern)

    Introduction to Complex Analysis - 13 - Andreas Gathmann (University of Kaiserslautern)

    Introduction to Complex Analysis - 14 - Andreas Gathmann (University of Kaiserslautern)

    Introduction to Complex Analysis - 2 - Andreas Gathmann (University of Kaiserslautern)

    Introduction to Complex Analysis - 3 - Andreas Gathmann (University of Kaiserslautern)

    Introduction to Complex Analysis - 4 - Andreas Gathmann (University of Kaiserslautern)

    Introduction to Complex Analysis - 5 - Andreas Gathmann (University of Kaiserslautern)

    Introduction to Complex Analysis - 6 - Andreas Gathmann (University of Kaiserslautern)

    Introduction to Complex Analysis - 7 - Andreas Gathmann (University of Kaiserslautern)

    Introduction to Complex Analysis - 8 - Andreas Gathmann (University of Kaiserslautern)

    Introduction to Complex Analysis - 9 - Andreas Gathmann (University of Kaiserslautern)

    Introduction to Complex Analysis - Chapter 1 - William Chen (Macquarie University)

    Introduction to Complex Analysis - Chapter 10 - William Chen (Macquarie University)

    Introduction to Complex Analysis - Chapter 11 - William Chen (Macquarie University)

    Introduction to Complex Analysis - Chapter 12 - William Chen (Macquarie University)

    Introduction to Complex Analysis - Chapter 13 - William Chen (Macquarie University)

    Introduction to Complex Analysis - Chapter 14 - William Chen (Macquarie University)

    Introduction to Complex Analysis - Chapter 15 - William Chen (Macquarie University)

    Introduction to Complex Analysis - Chapter 16 - William Chen (Macquarie University)

    Introduction to Complex Analysis - Chapter 2 - William Chen (Macquarie University)

    Introduction to Complex Analysis - Chapter 3 - William Chen (Macquarie University)

    Introduction to Complex Analysis - Chapter 4 - William Chen (Macquarie University)

    Introduction to Complex Analysis - Chapter 5 - William Chen (Macquarie University)

    Introduction to Complex Analysis - Chapter 6 - William Chen (Macquarie University)

    Introduction to Complex Analysis - Chapter 7 - William Chen (Macquarie University)

    Introduction to Complex Analysis - Chapter 8 - William Chen (Macquarie University)

    Introduction to Complex Analysis - Chapter 9 - William Chen (Macquarie University)

    Introduction to Differential Geometry 1 - lecture 1 - Robert Greene (UCLA)

    Introduction to Differential Geometry 1 - lecture 2 - Robert Greene (UCLA)

    Introduction to Differential Geometry 1 - lecture 3 - Robert Greene (UCLA)

    Introduction to Differential Geometry 1 - lecture 4 - Robert Greene (UCLA)

    Introduction to Differential Geometry 1 - lecture 5 - Robert Greene (UCLA)

    Introduction to Differential Geometry 1 - lecture 6 - Robert Greene (UCLA)

    Introduction to Differential Geometry 1 - lecture 7 - Robert Greene (UCLA)

    Introduction to Differential Geometry 1 - lecture 8 - Robert Greene (UCLA)

    Introduction to Differential Geometry 1 - lecture 9 - Robert Greene (UCLA)

    Introduction to Differential Geometry 2 - lecture 1 - Robert Greene (UCLA)

    Introduction to Differential Geometry 2 - lecture 2 - Robert Greene (UCLA)

    Introduction to Differential Geometry 2 - lecture 3 - Robert Greene (UCLA)

    Introduction to Differential Geometry 2 - lecture 4 - Robert Greene (UCLA)

    Introduction to Differential Geometry 2 - lecture 5 - Robert Greene (UCLA)

    Introduction to Differential Geometry 2 - lecture 6 - Robert Greene (UCLA)

    Introduction to Differential Geometry 2 - lecture 7 - Robert Greene (UCLA)

    Introduction to Differential Geometry 2 - lecture 8 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 1 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 10 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 11 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 12 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 13 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 14 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 15 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 16 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 17 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 18 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 19 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 2 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 3 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 4 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 5 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 6 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 7 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 8 - Robert Greene (UCLA)

    Introduction to Differential Geometry 3 - lecture 9 - Robert Greene (UCLA)

    Introduction to Fluid Dynamics - Robert Krasny (University of Michigan)

    Introduction to Lebesgue Integration - Chapter 1 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 1 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 10 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 10 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 2 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 2 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 3 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 3 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 4 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 4 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 5 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 5 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 6 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 6 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 7 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 7 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 8 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 8 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 9 - William Chen (Macquarie University)

    Introduction to Lebesgue Integration - Chapter 9 - William Chen (Macquarie University)

    Introduction to Modeling and Simulation - Analysis_ formulation of discrete mathematical models - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Application to mechanics of materials: brittle materials - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Application to mechanics of materials: ductile materials - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Atomistic and molecular methods - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Basic molecular dynamics - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Basic statistical mechanics - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Continuous systems - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Continuum methods - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Energy formulations and the Ritz method - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - From atoms to solids - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - From many-body to single-particle: quantum modeling of molecules - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Interatomic potential and force field - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Interatomic potential and force field (cont.) - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Introduction to atomistic modeling - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Introduction: general info - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Practice makes perfect - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Quantum mechanical methods - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Quantum modeling of solids: advanced properties of materials - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Quantum modeling of solids: basic properties of materials - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Review - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - The finite element method (part I) - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - The finite element method (part II) - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - The finite element method (part III) - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - The finite element method (part IV) - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - The finite element method (part V) - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - The theory of quantum mechanics - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Modeling and Simulation - Weighted residual and weak formulations - Markus Buehler & Raul Radovitzky & Timo Thonhauser (MIT)

    Introduction to Representation Theory - Chapter 1: Basic Notions of Representation Theory - Pavel Etingof (MIT)

    Introduction to Representation Theory - Chapter 2: General Results of Representation Theory - Pavel Etingof (MIT)

    Introduction to Representation Theory - Chapter 3: Representations of Finite Groups: Basic Results - Pavel Etingof (MIT)

    Introduction to Representation Theory - Chapter 4: Representations of Finite Groups: Further Results - Pavel Etingof (MIT)

    Introduction to Representation Theory - Chapter 5: Quiver Representations - Pavel Etingof (MIT)

    Introduction to Representation Theory - Chapter 6: Introduction to Categories - Pavel Etingof (MIT)

    Introduction to Representation Theory - Chapter 7: Structure of Finite Dimensional Algebras - Pavel Etingof (MIT)

    Intrusion of Low Salinity Water Mass across Korea Strait - In-Seong Han (NFRDI)

    ITS-5.8S rDNA data의 통계분석을 통한 Chattonella antiqua, C. marina, and C. ovata의 관련성: single species? - 기장서 (한양대학교)

    KODOS 해역의 망간단괴 채광지역선정 연구 : GIS 기반의 공간평가 - 고영탁 ()

    Lecture1. Discrete time models (for two hours with intermission) - Andrea Pascucci (Bologna University)

    Lecture2. Uniformly parabolic PDEs (for two hours with intermission) - Andrea Pascucci (Bologna University)

    LED 색광에 대한 오징어의 행동반응 - 안영일 (강원도립대학 해양경찰과)

    Linear Algebra - Chapter 1 - William Chen (Macquarie University)

    Linear Algebra - Chapter 10 - William Chen (Macquarie University)

    Linear Algebra - Chapter 11 - William Chen (Macquarie University)

    Linear Algebra - Chapter 12 - William Chen (Macquarie University)

    Linear Algebra - Chapter 2 - William Chen (Macquarie University)

    Linear Algebra - Chapter 3 - William Chen (Macquarie University)

    Linear Algebra - Chapter 4 - William Chen (Macquarie University)

    Linear Algebra - Chapter 5 - William Chen (Macquarie University)

    Linear Algebra - Chapter 6 - William Chen (Macquarie University)

    Linear Algebra - Chapter 7 - William Chen (Macquarie University)

    Linear Algebra - Chapter 8 - William Chen (Macquarie University)

    Linear Algebra - Chapter 9 - William Chen (Macquarie University)

    LINEAR ALGEBRA - Linear Algebra and Applications Textbook - Thomas S. Shores (University of Nebraska)

    Linear Functional Analysis - Chapter 1 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 1 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 2 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 2 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 3 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 3 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 4 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 4 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 5 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 5 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 6 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 6 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 7 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 7 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 8 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 8 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 9 - William Chen (Macquarie University)

    Linear Functional Analysis - Chapter 9 - William Chen (Macquarie University)

    Lines pinning lines - 오프리트 정 (KAIST 전산학과)

    Log canonical thresholds on del Pezzo hypersurfaces - Park, Jihun (Postech)

    Log-normal fluctuations in intra-cluster medium and their impact on X-ray and SZ cluster observations - Yasushi Suto (The University of Tokyo)

    Magnesium isotopes in chlorophyll and calcite of coccolithophorids using multi-collector ICP-MS - Kongtae Ra, Hiroyuki Kitagawa, Yoshihiro Shiraiwa (나고야 대학교, 한양대학교, 츠쿠바 대학교)

    Manifolds as the fixed point sets - Krzysztof Pawalowski (Adam Mickiewicz Univ. Poland)

    Maps and Results from the JCMT AzTEC 1.1 mm Survey - Sungeun Kim (Sejong University)

    Math Alive - 1 - Ingrid Daubechies (Princeton University)

    Math Alive - 10 - Ingrid Daubechies (Princeton University)

    Math Alive - 11 - Ingrid Daubechies (Princeton University)

    Math Alive - 12 - Ingrid Daubechies (Princeton University)

    Math Alive - 13 - Ingrid Daubechies (Princeton University)

    Math Alive - 2 - Ingrid Daubechies (Princeton University)

    Math Alive - 3 - Ingrid Daubechies (Princeton University)

    Math Alive - 4 - Ingrid Daubechies (Princeton University)

    Math Alive - 5 - Ingrid Daubechies (Princeton University)

    Math Alive - 6 - Ingrid Daubechies (Princeton University)

    Math Alive - 7 - Ingrid Daubechies (Princeton University)

    Math Alive - 8 - Ingrid Daubechies (Princeton University)

    Math Alive - 9 - Ingrid Daubechies (Princeton University)

    McKay correspondence for Fuchsian groups of genus 0 - Igor Dolgachev (Michigan)

    MCL3, a C-type lection of Manila clam, induced upon infection with Perkinsus olseni - Mausumi Adhya (제주대학교)

    Minkowski sum and simple polytopes - Victor Buchstaber (Steklov Institute, RAS, Moscow)

    Miscellaneous Topics in First Year Mathematics - Chapter 1 - William Chen (Macquarie University)

    Miscellaneous Topics in First Year Mathematics - Chapter 2 - William Chen (Macquarie University)

    Miscellaneous Topics in First Year Mathematics - Chapter 3 - William Chen (Macquarie University)

    Miscellaneous Topics in First Year Mathematics - Chapter 4 - William Chen (Macquarie University)

    Mock theta function and ... - Choi, Younseo (KIAS)

    Modeling of Nitrogen Transformation in Artificial Wetland - 신현범 (한국농촌공사)

    Modular units and divisor class groups of the modular curves $X_1(N)$ - Yifan Yang (National Chiao-Tung Univ.)

    MOERI의 고압챔버 스스템 구축 계획 및 활용방안 - 최혁진 (한국해양연구원 해양시스템안전연구소)

    Moment-angle complexes and applications - Victor Buchstaber (Steklov Institute, RAS, Moscow)

    Morphodynamics of Jungangcheontae tidal sand bar at the Asan Bay mouth, mid-western coast of Korea: Preliminary Results - 장태수 (한국지질자원연구원)

    Morphological Characters of the genus Octopus in Korean Waters - 강현정 (NFRDI)

    Morphology & Dynamics of the Cosmic Web - Rien van de Weygaert ()

    Multivariable and Vector Analysis - Chapter 1 - William Chen (Macquarie University)

    Multivariable and Vector Analysis - Chapter 10 - William Chen (Macquarie University)

    Multivariable and Vector Analysis - Chapter 11 - William Chen (Macquarie University)

    Multivariable and Vector Analysis - Chapter 12 - William Chen (Macquarie University)

    Multivariable and Vector Analysis - Chapter 2 - William Chen (Macquarie University)

    Multivariable and Vector Analysis - Chapter 3 - William Chen (Macquarie University)

    Multivariable and Vector Analysis - Chapter 4 - William Chen (Macquarie University)

    Multivariable and Vector Analysis - Chapter 5 - William Chen (Macquarie University)

    Multivariable and Vector Analysis - Chapter 6 - William Chen (Macquarie University)

    Multivariable and Vector Analysis - Chapter 7 - William Chen (Macquarie University)

    Multivariable and Vector Analysis - Chapter 8 - William Chen (Macquarie University)

    Multivariable and Vector Analysis - Chapter 9 - William Chen (Macquarie University)

    Neutrino Masses in LCDM vs Interacting Neutrino Dark-Energy Model - Yong-Yeon Keum (APCTP, Pohang Korea)

    Neutrino Properties from Cosmology - Chung Wook Kim (KIAS)

    Noether normalization and Hilbert's Nullstellensatz - Mel Hochster (University of Michigan)

    Noetherian loop spaces - Jerome Scherer ( Universitat Autònoma de Barcelona, Spain)

    non-locally-convex topological vector spaces - Paul Garrett (University of Minnesota)

    Non-uniform fast Fourier transformation (NUFFT) and magnetic resonance imaging - Lee, Juneyub (Ewha Womans University)

    Noncompact conformal group actions on compact Lorentz manifolds - Yoshinobu Kamishima (Tokyo Metropolitan University)

    Nonlinear perturbation theory with halo bias and redshift-space distortions via the Lagrangian picture - Takahiko Matsubara (Nagoya Univ.)

    Normal Generation of Nonspecial Line Bundles on Multiple Coverings - Seonja Kim (Chungwoon U)

    Notes on chain complexes - Andrew Baker (University of Glasgow)

    NOWPAP 지역 위험유해물질(HNS) 오염 대비 및 대응 협력체제 구축 - 노현정 (한국해양연구원)

    Numerical Analysis - 1 - Peter Olver (University of Minnesota)

    Numerical Analysis - 10 - Peter Olver (University of Minnesota)

    Numerical Analysis - 11 - Peter Olver (University of Minnesota)

    Numerical Analysis - 12 - Peter Olver (University of Minnesota)

    Numerical Analysis - 13 - Peter Olver (University of Minnesota)

    Numerical Analysis - 14 - Peter Olver (University of Minnesota)

    Numerical Analysis - 2 - Peter Olver (University of Minnesota)

    Numerical Analysis - 3 - Peter Olver (University of Minnesota)

    Numerical Analysis - 4 - Peter Olver (University of Minnesota)

    Numerical Analysis - 5 - Peter Olver (University of Minnesota)

    Numerical Analysis - 6 - Peter Olver (University of Minnesota)

    Numerical Analysis - 7 - Peter Olver (University of Minnesota)

    Numerical Analysis - 8 - Peter Olver (University of Minnesota)

    Numerical Analysis - 9 - Peter Olver (University of Minnesota)

    Numerical Computing with MATLAB - 1 - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB - 10 - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB - 11 - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB - 12 - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB - 2 - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB - 3 - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB - 4 - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB - 5 - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB - 6 - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB - 7 - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB - 8 - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB - 9 - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB 1 Preface (5 pages) - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB 10 Random Numbers (15 pages) - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB 11 Eigenvalues and Singular Values (39 pages) - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB 12 Partial Differential Equations (21 pages) - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB 2 Introduction to MATLAB (55 pages) - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB 3 Linear Equations (43 pages) - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB 4 Interpolation (27 pages) - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB 5 Zeros and Roots (25 pages) - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB 6 Least Squares (27 pages) - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB 7 Quadrature (21 pages) - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB 8 Ordinary Differential Equations (53 pages) - Cleve Moler (The MathWorks)

    Numerical Computing with MATLAB 9 Fourier Analysis (21 pages) - Cleve Moler (The MathWorks)

    Ocean response to typhoon Nari - 강석구 (한국해양연구원 )

    On 3-manifolds with locally-standard $(Z_2)^3$-actions - Zhi Lu (Fudan University, China)

    On a Local-Global Property of Algebraic Dynamics - Liang-Chung Hsia (National Central University)

    On attractors derived from expanding maps - Jianzhong Pan (Chinese Academy of Sciences, China)

    On certain 5-manifolds with fundamental group $Z_2$ - Yang Su (Chinese Academy of Sciences, China)

    On mapping class groups of non orientable-surfaces - Miguel Alejandro Xicotencatl Merino (Centrode Investigacion Estudios Avanzados, Mexico)

    On Motivic Transcendence Theory in Positive Characteristic - Jing Yu (NCTS, National Tsinghua Univ.)

    On the coefficients of certain family of modular equations - Nam Min Kim (KAIST)

    On the configuration space of a certain n-arms machine in the Euclidean space - Shuichi Tsukuda (University of Ryukyus, Japan)

    On the Implementation of Tate Pairings - Soonhak Kwon (성균관대)

    On the relationship between ENSO and the annual cycle amplitude in the eastern equatorial Pacific - 안순일 (연세대학교 대기과학과)

    On the syzygies of quasi-complete intersection space curves - Choi, Youngook (영남대)

    Operator-valued semicircular elements: at the intersection of combinatorics, random matrix theory, and complex analysis - Roland Speicher (Dept Math and Statistics, Queen's U.)

    Optimal Estimates of Gradients - Kang, Hyeonbae (Inha University)

    Parametrized Borsuk-Ulam problem for projective space bundles - Mahender Singh (Harish-Chandra Research Institute, India)

    Peculiar velocity: a window to the dark universe - Pengjie Zhang (Chinese Academy of Science )

    Phytoplankton growth stimulation and nutrient pulse by natural rainfall during spring and summer in Sagami Bay, Japan - 백승호 (한양대학교 생명과학)

    PNU/CME CGCM을 이용한 북태평양 SST의 장기 예측성에 관한 연구 - 안중배 (부산대학교 지구환경시스템학부)

    Positive maps and entanglement - Kye, Seunghyeok (Seoul National University)

    Prime Solutions to Quadratic Fquations - Jianya Liu (Shandong Univ.)

    Programming Languages - Lecture0 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture1 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture10 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture11 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture12 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture13 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture14 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture15 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture16 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture17 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture18 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture19 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture2 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture20 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture21 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture22 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture23 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture24 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture25 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture3 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture4 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture5 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture6 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture7 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture8 - Bhubaneswar Mishra (New York University)

    Programming Languages - Lecture9 - Bhubaneswar Mishra (New York University)

    Projective varieties with non-birational linear projection - Atsushi Noma (Yokohama Nat U)

    Properties of Bott towers - Choi, Suyoung (Osaka City University)

    Properties of Bott towers in toric topology - Suyoung Choi (KAIST)

    Q-Gorenstein smoothings of a normal projective surface with a finite group action - Yongnam Lee (Sogang U)

    Quantum Invariance under Flops - Hui-Wen Lin (Nat Taiwan U)

    Quasitoric manifolds - Victor Buchstaber (Steklov Institute)

    Random embeddings and other high-dimensional geometric phenomena - Nicole Tomczak-Jaegermann (Canada Research Chair in Geometric Analysis)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis - Robert Coleman (University of California, Berkeley)

    Real Analysis for Applications - Luminita Vese (UCLA)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Real p-Adic Analysis - Robert Coleman (University of California, Berkeley)

    Regular positive ternary quadratic forms - Byeong-Kweon Oh (세종대)

    Regular rings and finite projective resolutions - Mel Hochster (University of Michigan)

    Representations of Finite Groups - Andrew Baker (University of Glasgow)

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    Simplicial description of Artin's braid group representations - Fedor Duzhin (Nanyang Technological University)

    Smith Equivalence of Group Modules - Krzysztof Pawalowski (Adam Mickiewicz Univ. Poland)

    Spaces of functions - Paul Garrett (University of Minnesota)

    Spatial and Temporal Environmental Effects on Galaxy Properties - Changbom Park (Korea Institute for Advanced Study)

    Spin curves and Scorza quartics - Hiromichi Takagi (Tokyo U)

    Stochastic Calculus - Answers - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Brownian Motion - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Brownian Motion II - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Brownian Motion on a half space - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Connection with PDE - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Diffusion Processes - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Dynamic Programming - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Independent Random variables - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Information - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Local Times - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Markov Chain Approximations - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Markov Chains - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Martingales I - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Martingales II - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Measure theory - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Stochastic Differential equations - S. R. Srinivasa Varadhan (New York University)

    Stochastic Calculus - Stochastic Integrals - S. R. Srinivasa Varadhan (New York University)

    Strong torsion generators, braid groups and mapping class groups - Jon Berrick (National University of Singapore)

    Supermassive Black Holes of Quasars at the World's End - Myungshin Im (Seoul National University)

    Synechococcus abundance and diversity in the East China Sea and East Sea - 최동환 (한국해양연구원 해양생물자원연구부)

    TBTCI에 만성노출된 대복 Gomphina veneriformis의 생식생물학적 지표와 intersex - 박정준 (전남대학교 수산생명의학과)

    The Coevolution of Black Holes and Galaxies - Luis C. Ho (The Observatories of the Carnegie Institution of Washington)

    The dimension of the second bounded cohomology - Hee Sook Park (KAIST)

    The effects of meridional asymmetric and symmetric annual cycle on ENSO over the tropical Pacific - 최정 (연세대학교 대기과학과)

    The First Billion Years of Galaxy Evolution - Ranga-Ram Chary ()

    The fundamental groupscheme and applications - Phung Ho Hai (Inst. Math., Vietnam)

    The halo model and galaxy formation - Xiaohu Yang (Shanghai Astronomical Observatory )

    The homotopy groups related to $L_2T(m)/(v_1)$ at an odd prime - Zihong Yuan (Nankai University, China)

    The impact of finite-mass neutrinos on nonlinear matter power spectrum - Masahiro Takada (IMPU, U. Tokyo)

    The L-infinity algebra of toric manifolds - Cheol Hyun Cho (SNU)

    The local nature of an element of a ring or module - Mel Hochster (University of Michigan)

    The structure theory of complete local rings - Mel Hochster (University of Michigan)

    The WiggleZ Dark Energy Survey - Matthew Colless ()

    Theoretical consideration and its application to estimate virus-mediated bacterial mortality based on observation of preserved seawater samples with TEM - 황청연 (서울대학교 지구환경과학부 및 해양연구소)

    Theory of Probability - 0-1 laws, convergence of random series - Dmitry Panchenko (MIT)

    Theory of Probability - Bernstein\'s polynomials, Hausdorff and de Finetti theorems - Dmitry Panchenko (MIT)

    Theory of Probability - Characteristic functions, central limit theorem on the real line - Dmitry Panchenko (MIT)

    Theory of Probability - Convergence and uniform tightness - Dmitry Panchenko (MIT)

    Theory of Probability - Convergence of laws, selection theorem - Dmitry Panchenko (MIT)

    Theory of Probability - Convergence of Martingales - Dmitry Panchenko (MIT)

    Theory of Probability - Convergence on metric spaces, Portmanteau theorem - Dmitry Panchenko (MIT)

    Theory of Probability - Donsker invariance principle - Dmitry Panchenko (MIT)

    Theory of Probability - Empirical process and Kolmogorov\'s chaining - Dmitry Panchenko (MIT)

    Theory of Probability - Kantorovich-Rubinstein theorem - Dmitry Panchenko (MIT)

    Theory of Probability - Kolmogorov\'s theorem about consistent distributions - Dmitry Panchenko (MIT)

    Theory of Probability - Laws of Brownian motion at stopping times - Dmitry Panchenko (MIT)

    Theory of Probability - Laws of large numbers - Dmitry Panchenko (MIT)

    Theory of Probability - Laws of the iterated logarithm - Dmitry Panchenko (MIT)

    Theory of Probability - Levy\'s continuity theorem - Dmitry Panchenko (MIT)

    Theory of Probability - Lindeberg\'s central limit theorem - Dmitry Panchenko (MIT)

    Theory of Probability - Markov property of Brownian motion, reflection principles - Dmitry Panchenko (MIT)

    Theory of Probability - Martingales, Doob\'s decomposition - Dmitry Panchenko (MIT)

    Theory of Probability - Metrics for convergence of laws, empirical measures - Dmitry Panchenko (MIT)

    Theory of Probability - Multivariate normal distributions and central limit theorem - Dmitry Panchenko (MIT)

    Theory of Probability - Optional stopping, inequalities for Martingales - Dmitry Panchenko (MIT)

    Theory of Probability - Prekopa-Leindler inequality, entropy and concentration - Dmitry Panchenko (MIT)

    Theory of Probability - Probability spaces, properties of probability - Dmitry Panchenko (MIT)

    Theory of Probability - Random variables and their properties, expectation - Dmitry Panchenko (MIT)

    Theory of Probability - Stochastic processes, Brownian motion - Dmitry Panchenko (MIT)

    Theory of Probability - Stopping times, Wald\'s identity - Dmitry Panchenko (MIT)

    Theory of Probability - Strassen\'s theorem, relationship between metrics - Dmitry Panchenko (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 1 Introduction - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 10 Picard variety - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 11 Albanese variety - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 12 Non-ruled and ruled surfaces - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 13 Classification of ruled surfaces - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 14 Elliptic and quasi-elliptic surfaces - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 15 Elliptic surfaces (cont.), Kodaira dimension 0 - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 16 K3 surfaces - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 17 Enriques surfaces, bielliptic surfaces - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 18 Classification - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 19 Elliptic/quasi-elliptic fibrations I - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 2 Linear equivalence, algebraic equivalence, numerical equivalence of divisors - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 20 Elliptic/quasi-elliptic fibrations II - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 21 Elliptic/quasi-elliptic fibrations III, classification - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 22 Classification (cont.) and Moduli - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 24 Problem set 1 - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 25 Problem set 2 - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 3 Birational maps, rational maps, linear systems, properties of birational maps between surfaces - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 4 Birational maps (cont.) - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 5 Ruled surfaces I - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 6 Ruled surfaces II - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 7 Ruled surfaces III, rational surfaces - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 8 Linear systems, rational normal scrolls - Abhinav Kumar (MIT)

    Topics in Algebraic Geometry: Algebraic Surfaces 9 Castelnuovo\'s criterion for rationality - Abhinav Kumar (MIT)

    Toric cohomological rigidity of simple convex polytopes - Dong Youp Suh (KAIST)

    Toric Topology of Stasheff Polytopes - Victor Buchstaber (Steklov Institute, RAS, Moscow)

    Twisted quaternionic heisenberg group - Shin, Joonkook (Chungnam National University)

    Twisting segal's K-homology theory - Dai Tamaki ( Shinshu University, Japan)

    Vahlen's Involution and q-sereis identities - Joon Youp Lee (POSTECH)

    Verma modules, complete reducibility, Harish-Chandra isomorphisms - Paul Garrett (University of Minnesota)

    Wave Propagation Characteristics in the Kyung-gi Bay, Korea - Ki Ryong Kang (국가태풍센터)

    What makes long-term variation of squid catch in the East Sea? - 이충일 (전남대학교)

    가막, 여자만의 생태환경 변화 - 정희동 (국립수산과학원 남해수산연구소)

    개조개 Saxidomus purpuratus 자원보호를 위한 모패 보호지역 탐색연구 - 최진우 (한국해양연구원 남해특성연구본부)

    광양만해역의 저층 부유물질 입도 분포와 거동 - 이병관 (부경대학교 해양과학공동연구소)

    구름 제거한 MODIS 합성 영상 한반도주변 해수색 계절변동 - 강용균 (부경대학교 해양학과)

    국가산업 성장을 위한 심해저 광물자원개발 연구현황과 미래 - 박정기 (한국해양연구원)

    금강호의 장기적인 수질변화 - 김현수 (군산대학교 해양학과)

    낙동강 하구둑을 이용한 어류의 이동 특성 - 장준호 (생물다양성연구소)

    낙동강 하구역의 생태경제적 가치평가 - 이영애 (부경대학교)

    낙지 Octopus minor 두부 피부계의 광학 및 전자 현미경적 구조 - 박정준 (전남대학교 수산생명의학과)

    담수화에 의한 퇴적물 내 입자성 인의 거동연구 - 지광희 (군산대학교 해양학과)

    동중국해 북부해역 여름동안 영양염과 엽록소의 연간변화 - 김동선 (한국해양연구원 기후,연안재해연구부)

    동태평양 적도부근 해역(심해환경연구해역)의 해수특성 - 신홍렬 (공주대학교)

    동해 왕돌초 주변 해역의 식물플랑크톤 분포 특성 - 심정민 (국립수산과학원 동해수산연구소)

    동해 용존 미량금속의 시, 공간적 분포 - 윤상철 (관동대학교)

    동해 울릉분지 이산화탄소의 장기 변동 - 김재연 (부산대학교 해양과학과)

    동해안 도루묵에 대한 자원평가 및 관리방안 연구 - 이성일 (국립수산과학원 동해수산연구소)

    동해에서의 심층 해수 순환 실험 - 신홍렬 (공주대학교 대기과학과)

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    미국의 어류플랑크톤 연구방법 - 김진구 (부경대학교 자원생물학과)

    미국의 해안방제 시스템 분석 연구 - 이상진 (여수해안경비대)

    방조제 건설로 훼손된 갯벌 복원을 위한 연구 - 김종명 (부경대학교 생태공학과)

    북동태평양 물지 플럭스의 계절변화 - 김형직 (한국해양연구원 해양자원연구본부)

    북서태평양 연해 해수순환 수치실험: 0.1도 해상도 - 조양기 (전남대 지구환경과학부)

    붕장어 통발미끼 자동공급 및 통발 자동투척 장치개발 - 배재호 (경상대학교 기계항공공학부)

    사고선박의 안전성 향상 및 기름유출 최소화 기술 - 이동곤 (KORDI)

    사질 조간대 중부의 유분해에 대한 Urine의 영향 - 유영심 (메이텍엔지니어링)

    상용소프트웨어를 이용한 대형 가두리 안전성 검토 - 정동호 (한국해양연구원)

    새만금 방조제 체절로 인한 수질환경 변화 연구 - 정용훈 (군산대학교 해양학과)

    생물검정을 위한 연속성 진동파형발생장치의 시험제작 및 그 응용 - 신현옥 (부경대학교 해양생산시스템관리학부)

    서해 중부 유류 유출해역 해수-퇴적물 환경 특성 연구 - 정회수 (한국해양연구원 해양환경연구본부 해양환경특성연구사업단)

    서해병해역에서 클로로필분포특성 - 박영규 (한국해양연구원)

    서해중부 연안 역에서 새우조망어획에 의한 어류 종조성의 계절변화 - 김희용 (국립수산과학원 서해수산연구소)

    선박재활용 협약의 국제동향에 관한 연구 - 최현규 (한국해안경비대)

    선박평형수 처리장치의 IMO활성물질 승인 - 김은찬 (한국해양연구원 해양시스템안전연구소)

    수학특강(대칭함수론, Symmetric functions) I - Richard P. Stanley (MIT)

    순천만 습지 퇴적물 및 퇴적물 조성의 시·공간 변화 - 김신 (전남대학교 해양기술학부)

    순천만습지의 효율적 관리 전략 - 김종규 (전남대학교)

    순환 여과식 사육 시스템 내에서 전복의 미량금속 농축 - 김은수 (한국해양연구원)

    심해저 광물자원 기술개발을 위한 시험집광시스템 개발 - 홍섭 (한국해양연구원 해양시스템 안전연구소)

    심해저 광물자원개발을 위한 심해환경연구 - 손주원 (한국해양연구원)

    심해저 광물자원으로부터 유가금속 회수기술의 현황과 전망 - 박경호 (한국지질자원연구원)

    액상오염물질 수중탐지기술 개발 동향 분석 - 오상우 (한국해양연구원 해양시스템안전연구소)

    양광시스템내 스크류피터 최적설계연구 - 김영주 (한국지질자원연구원)

    양식장용 배합사료 자동살포 장치개발 - 진승열 (경상대학교 해양과학대학 정밀기계공학과)

    어류탐지용 음향 텔레메트리 시스템의 수신율과 최적설치수심에 대한 검토 - 신현옥 (부경대학교 해양생산시스템관리학부)

    여름철 연안에서 영양염 제한과 비에 따른 식물플랑크톤의 군집 및 종의 천이 - 장풍국 (한국해양연구원 남해연구소)

    열대 및 북태평양에서 ENSO와 관련된 표층수온과 해면고도의 경년 변동성 - 김응 (한국해양연구원, 기후.연안재해연구부)

    염분변화에 따른 새꼬막 Scapharca subcrenata의 생존과 생리적 반응 - 신윤경 (국립수산과학원 남해특성화연구센터)

    영양염을 통해 살펴본 동해의 수층 구조와 z* - 김봉국 (부산대학교 해양과학과)

    우리나라 남해 연안에 분포하는 붕장어Conger myriaster의 연령과 성장 - 김해경 (국립수산과학원 어업자원부 자원연구과)

    우리나라 서남해역 조류의 비대칭성과 회전특성연구 - 유학렬 (국립해양조사원)

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