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2002WYT/README.md
  • 👋 Hi, I'm Yitong Wang. I am a PhD student in Computational Mathematics.
  • 👀 I’m interested in Computational Mathematics.
  • 🌱 I’m currently learning Multiscale Finite Element Methods used as preconditioners of Krylov solvers and GPU coding.
  • 💞️ I’m looking to collaborate on high-efficiency direct and iterative solvers.
  • 📫 You can reach me via 2002wyt@sjtu.edu.cn or ytwang@eitech.edu.cn

Education:

  • Ph.D., Computational Mathematics (2024.09 - Present)
    • Shanghai Jiao Tong University (SJTU)
    • Joint program with Eastern Institute of Technology, Ningbo (EIT)
  • B.Sc., Mathematics and Applied Mathematics (2020.09 - 2024.06)
    • Shanghai Jiao Tong University (SJTU)

Skills and Expertise:

  • Numerical Methods: Finite Element Method, Multigrid Methods, Krylov Subspace Methods
  • Programming Languages: C++, MATLAB
  • Software Libraries: PETSc, Intel MKL, FreeFEM++
  • Parallel Computing: MPI, OpenMP
  • Works Participated in: 2D/3D FEM, MsFEM, HelmHoltz Equation, Maxwell Equation, 2-grid & 3-grid multi-scale preconditioner of elliptic function based on PETSc. Topology Optimizations with MMP and ICTM. etc.
  • 😄 Pronouns: He/Him/His
  • ⚡ Fun fact: Rubik's cube, Electronic Dance Music (Hardstyle, Trance, Hardcore, Techno etc.)

Pinned Loading

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    Offline Chinese idiom, English word and arithmetic-expression puzzle solver for Web and Android.

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  2. higher-order-msfem-cpp higher-order-msfem-cpp Public

    Higher-order multiscale finite element methods in C++ with oversampling, Petrov-Galerkin variants, OpenMP, and Intel MKL.

    C++ 2 1

  3. petsc-parallel-msfem petsc-parallel-msfem Public

    Parallel 3D multiscale finite element methods with PETSc, MPI, DMDA, and Krylov solvers for heterogeneous elliptic PDEs.

    C++ 2 1

  4. mkl-pardiso-minimal-example mkl-pardiso-minimal-example Public

    Minimal self-checking C++17 and CMake example for Intel oneMKL PARDISO with LP64 and ILP64 support.

    C++ 1

  5. GPU_projects GPU_projects Public

    CUDA benchmarks and GPU numerical linear algebra: SpMV, Jacobi, Gauss-Seidel, CG, FP64 GEMM, and sparse direct solvers.

    Cuda

  6. offline-hpc-environment-guides offline-hpc-environment-guides Public

    Offline, no-sudo HPC environment guides for GCC, CMake, CUDA, MPI, SuperLU_DIST, STRUMPACK, SLATE, and remote clangd.

    C++