Projects

axis: systems -> compilers -> HPC language: C / C++ / MLIR domain: tensor calculus and numerical relativity

Active

Tensorium_lib

High-performance C++ tensor, linear algebra, and numerical relativity library with SIMD, OpenMP/MPI-oriented design, and compiler experimentation.

C++ SIMD HPC Numerical relativity

Open

Research

Tensorium compiler / DSL

Experimental compiler infrastructure for tensor calculus, elliptic systems, spectral methods, and numerical relativity workflows.

DSL Tensor calculus Spectral methods Compilers

Open

Research

MLIR experiments

Experiments around MLIR dialects, lowering pipelines, vectorization, and compiler backends.

MLIR LLVM Vectorization Lowering

Open

Research

HPC / SIMD numerical kernels

Experiments around cache-aware kernels, vectorization, OpenMP/MPI-oriented execution, and performance constraints in numerical code.

C++ SIMD OpenMP MPI

Open