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Technical Reports Matching Search String  =  Wang

  • ICM-200501-0002
    Building DMAD: A Distributed Mathematics Assessment Database for WME, by Saleh Al-shomrani and Paul Wang, ICM.
  • ICM-200501-0003
    Features and Advantages of WME: a Webbased Mathematics Education System, by P. Wang, M. Mikusa (College of Education), S. Alshomrani, D. Chiu, X. Lai, X. Zou, ICM
  • ICM-200501-0005
    An SVG Based Tool for Plane Geometry and Mathematics Education, Xun Lai and Paul Wang, ICM.
  • ICM-200401-0002
    Web-based Mathematics Education: MeML Design and Implementation, by Paul S. Wang, Yi Zhou, and Xiao Zou, ICM.
  • ICM-200406-0003
    Web-based Mathematics Education Pilot Projec, by Michael Mikusa (College of Education, Kent), Paul S. Wang, David Chiu,
  • ICM-200301-0002
    The Internet Accessible Mathematical Computation Framework, by Paul Wang (ICM), Simon Gray (Ashland U.), Norbert Kajler (Ecole des Mines de Paris), Dongdai Lin (State Key Laboratory of Information Security, Institute of Software,Chinese Academy of Sciences, Beijing 100080, China), Weidong Liao (ICM), Xiao Zou (ICM)
  • ICM-200301-0003
    WME: Towards a Web for Mathematics Education, by Paul S. Wang (ICM), Norbert Kajler (Ecole des Mines de Paris, France), Yi Zhou (ICM) and Xiao Zou (ICM), paper submitted to ISSAC'03
  • ICM-200302-0004
    Open Mathematical Engine Interface and Its Application, by W. Liao (ICM), D. Lin (State Key Laboratory of Information Security, Institute of Software,Chinese Academy of Sciences, Beijing 100080, China), P. Wang (ICM), Y. Wu (Tsinghua University, Beijing, China), paper submitted to Journal of Symbolic Computation
  • ICM-200307-0001
    WME: Towards a Web for Mathematics Education, by Paul S. Wang (ICM), Norbert Kajler (Ecole des Mines de Paris, 60 bd. Saint-Michel, 75006 Paris, France), Yi Zhou (ICM), Xiao Zou (ICM), ISSAC'03
  • ICM-200307-0002
    Design, Implementation, and Processing Support of MeML, by David Chiu, Yi Zhou, Xiao Zou, and Paul S. Wang (ICM), IAMC'03
  • ICM-200310-0001.pdf
    Web-based Mathematics Education: MeML Design and Implementation, by Paul S. Wang, Yi Zhou, and Xiao Zou (ICM)
  • ICM-200202-0001
    The Design of A Web-Based Mathematical Education Framework, by Paul S. Wang, Yi Zhou, and Xiao Zou.
  • ICM-200202-0002
    SECURE INTERNET ACCESSIBLE MATHEMATICAL COMPUTATION FRAMEWORK, by DONGDAI LIN (State Key Laboratory of Information Security, Institute of Software, Chinese Academy of Sciences, Beijing 100080, China), ZHIMIN SONG ERCIST (Institute of Software, Chinese Academy of Sciences, Beijing 100080, China), PAUL S. WANG (ICM/Kent).
  • ICM-200202-0003
    LOCAL AND REMOTE USER INTERFACE FOR ELIMINO THROUGH OMEI, by YONGWEI WU (Institute of Systems Science, Chinese Academy of Sciences, Beijing 100080, China), WEIDONG LIAO (ICM/Kent), DONGDAI LIN (State Key Laboratory of Information Security, Institute of Software, Chinese Academy of Sciences, Beijing 100080, China), PAUL S. WANG (ICM/Kent).
  • ICM-200203-0006
    The Internet Accessible Mathematical Computation Framework, by P. Wang (ICM/Kent), S. Gray (Ashland University, Ashland, OH USA), N. Kajler (Ecole des Mines de Paris, Paris, France), D. Lin (Institute of Systems Science, Academia Sinica, Beijing, China), W. Liao (ICM/Kent), X. Zou (ICM/Kent)
  • ICM-200206-0007
    Mathematics over the Internet/Web: A Protocol-based Approach, by P. Wang, Q. Guo and W. Liao
  • ICM-200210-0008
    Mathematics Education Markup Language, by Paul S. Wang, Yi Zhou and Xiao Zou
  • ICM-200101-0001
    Dragonfly: A Java-based IAMC Client Prototype, by W. Liao and P. Wang
  • ICM-200103-0002
    IAMC Architecture and Prototyping: A Progress Report, by P. Wang, S. Gray, N. Kajler, D. Lin, W. Liao, and X. Zou
  • ICM-200107-0003
    Specification of OMEI: Open Mathematical Engine Interface, by W. Liao and P. Wang
  • ICM-200003-0002
    Building IAMC: A Layered Approach, by Weidong Liao and Paul S. Wang
  • ICM-200009-0004
    Detailed Design and Implementation of Dragonfly: an IAMC Client Prototype, by Weidong Liao and Paul S. Wang
  • ICM-200009-0005
    Internet Accessible Mathematical Computation: A Progress Report, by Paul S. Wang
  • ICM-200009-0006
    An Overview of HTTP, by Paul S. Wang
  • ICM-200009-0007
    IAMC and MathML Generation, by Paul S. Wang
  • ICM-200009-0008
    The Evolving MCP Design, by Paul S. Wang
  • ICM-199901-0001
    Design and Protocol for Internet Accessible Mathematical Computation, by Paul S. Wang
  • ICM-199901-0002
    Chebyshev Polynomials and Primality Tests, by Mohamed O. Rayes, Vilmar Trevisan, and Paul S. Wang
  • ICM-199912-0003
    Internet Accessible Mathematical Computaton: a progress report, by Paul S. Wang (presented at FMC99, Mathematical Sciences Research Institute, UC Berkeley, Dec. 1-5, 1999).
  • ICM-199802-0001
    Factorization of Chebyshev Polynomials, by Mohamed Omar Rayes (Texas Instruments Incorporated), Vilmar Trevisan (UFRGS-Instituto de Matem atica, Brazil), Paul S. Wang (ICM)
  • ICM-199803-0002
    IAMC: Internet Accessible Mathematical Computation, by Paul S. Wang (ICM)
  • ICM-199701-0001
    Tools for Parallel/Distributed Mathematical Computation,Paul S. Wang.(Full paper)
  • ICM-199704-0003
    PvmJobs: A Generic Parallel Jobs Library for PVM, Hong H. Ong, Iyad A. Ajwa and Paul S. Wang. (Full paper)
  • ICM-199601-02
    The CL-VM Package, Liwei Li and Paul S. Wang. (Full paper)
  • ICM-199608-05
    Design and Implementation of MP, a Protocol for Efficient Exchange of Mathematical Expressions, S. Gray, N. Kajler, and P. S. Wang. (Full paper)
  • ICM-199612-06
    Parallel Polynomial Operations on SMPs: An Overview, Paul S. Wang, also {\em Journal of Symbolic Computation}, Vol. 22, pp. 1-14 (1996)
  • ICM-199502-00
    Grobner Bases Algorithm, Iyad A. Ajwa, Zhuojun Liu, and Paul S. Wang.
  • ICM-199509-01
    A Common Lisp Interface to PVM, Liwei Li and Paul S. Wang. (Full paper)
  • ICM-199509-02
    PVM Guide, Paul S. Wang. (Full paper)
  • ICM-9401-60
    Systems of Recurrence Relations - a Method to Expedite the Evaluation of Closed-Form Functions, Olaf Bachmann, Paul S. Wang, and Eugene V. Zima.
  • ICM-9403-61
    MP: A Protocol for Efficient Exchange of Mathematical Expressions, Simon Gray, Norbert Kajler, and Paul S. Wang.
  • ICM-9403-62
    Parallelization of The Sparse Modular GCD Algorithm for Multivariate Polynomials on Shared Memory Multiprocessors, Mohamed Omar Rayes, Paul S. Wang, and Ken Weber.
  • ICM-9403-63
    Parallel GCD for Sparse Multivariate Polynomials on Shared Memory Multiprocessors, Mohamed Omar Rayes and Paul S. Wang.
  • ICM-9405-65
    No-missing-term p-adic lifting and its Application in Sparse Polynomial GCD, Paul S. Wang and Mohamed Omar Rayes.
  • ICM-9408-66
    Parallel Polynomial Operations: a progress report, Paul S. Wang.
  • ICM-9410-71
    An Introduction to Mosaic and the World-wide Web, Paul S. Wang.
  • ICM-9302-51
    Basic Information on Running MAXIMA, Paul S. Wang.
  • ICM-9303-53
    The Pier Parallel FEA Program Generator, Naveen Sharma and Paul S. Wang.
  • ICM-9309-57
    Height as a Coefficient Bound for Univariate Polynomial Factors, Zhuojun Liu and Paul S. Wang.
  • ICM-9310-58
    Guide to Parallel C Programming on the Sequent Balance, Paul S. Wang.
  • ICM-9312-59
    Parallel Multivariate p-adic Lifting on Shared-Memory Multiprocessors, Paul S. Wang.
  • ICM-9201-25
    Parallel Univariate p-adic Lifting on Shared-Memory Multiprocessors, Paul S. Wang.
  • ICM-9201-26
    Polynomial Factorization: Sharp Bounds, Efficient Algorithms, Bernard Beauzamy, Vilmar Trevisan and Paul S. Wang.
  • ICM-9210-43
    Guide to Parallel C Programming on the Encore Multimax, Paul S. Wang.
  • ICM-9109-12
    Symbolic Computation and Parallel Software, Paul S. Wang.
  • ICM-9109-13
    Practical Factorization of Univariate Polynomials Over Finite Fields, Vilmar Trevisan and Paul Wang.
  • ICM-9109-14
    ParC Project: Practical Constructs for Parallel Programming Languages, R. Govindarajan, L. Guo, S. Yu, and Paul S. Wang.
  • ICM-9111-21
    Coefficient Bounds and Polynomial Factorization, Vilmar Trevisan, Bernard Beauzamy and Paul S. Wang.
  • ICM-9113-24
    Symbolic Computation And Parallel Software, by Paul S. Wang (ICM)
  • ICM-9113-25
    High-level User Input Speci cations for Finite Element Code Generation Naveen Sharma and Paul S. Wang (ICM)
  • ICM-9113-26
    Generating Finite Element Programs for Shared Memory Multiprocessors Naveen Sharma and Paul S. Wang (ICM)


Dept. of Mathematical Sciences and Dept. of Computer Science
Kent State University, Kent, Ohio, 44242 USA

icm@mcs.kent.edu