Software

I make my code and data publicly available to support the reproducibility and transparency of research. Here is a list of software I have contributed to.

  • mixed-precision-sylvester
    MATLAB simulation for solving the Sylvester matrix equation in mixed precisions via new iterative refinement schemes. Source code (GitHub).
  • mhodlr
    MATLAB simulation for matrix computations with Hierarchical Off-Diagonal Low-Rank (HODLR) format and mixed precision. Source code (GitHub).
  • mpkmeans
    MATLAB simulation for mixed-precision k-means clustering algorithm. Source code (GitHub).
  • matrices-expm
    Collection of MATLAB functions that generate test matrices from the literature for computing the matrix exponential. Source code (GitHub).
  • mp-ps
    MATLAB simulation of mixed-precision Paterson--Stockmeyer method for evaluating polynomials of matrices. Source code (GitHub).
  • matrices-mp-cosm
    Collection of MATLAB functions that generate test matrices from the literature for computing the matrix cosine in multiprecision. Source code (GitHub).
  • sqrtm-lrpsi
    MATLAB implementation of algorithms for computing the square root of low-rank-perturbed scaled identity matrix. Source code (GitHub).
  • mp-cosm
    MATLAB simulation of arbitrary precision algorithms for computing the matrix cosine and its Fréchet derivative. Source code (GitHub).
  • mp-spalg
    MATLAB simulation of a multiprecision Schur--Parlett algorithm for computing functions of a square matrix without using derivatives of the underlying function. Source code (GitHub).