Presents CTMC-Krylov and QBD-matrix-analytic methods for conditional waiting time distributions in a two-type finite-capacity multi-server system with dynamic priorities, evolving types, and abandonment, demonstrated on Australian hospital data.
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Rust sparse kernels match Eigen and PSBLAS performance for CSC formats but trail PETSc's blocked CSR optimizations.
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Waiting time analysis in a finite-capacity multi-server systems with dynamic priorities, dynamically evolving customer types, and abandonment
Presents CTMC-Krylov and QBD-matrix-analytic methods for conditional waiting time distributions in a two-type finite-capacity multi-server system with dynamic priorities, evolving types, and abandonment, demonstrated on Australian hospital data.
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Evaluating Rust for Sparse Matrix Kernels in Scientific Computing
Rust sparse kernels match Eigen and PSBLAS performance for CSC formats but trail PETSc's blocked CSR optimizations.