Welcome to the HPC-Delphi organization. This workspace hosts a collection of open-source libraries, wrappers, and benchmarking suites designed to bring High-Performance Computing (HPC) capabilities to Delphi Pascal applications.
This ecosystem bridges the gap between native Delphi applications and highly optimized C-based infrastructure, including SIMD vectorization, OpenMP multi-threading, and Message Passing Interface (MPI) for distributed systems.
The software in this organization has been developed and published in collaboration with the Universidad de Murcia. It serves as the foundational architecture for evaluating the performance and viability of Delphi in compute-intensive and numerical algebraic domains.
Our architecture is highly modular, separating low-level hardware optimizations from the high-level benchmarking logic:
- DelphiMatrixBenchmark: The core reproducibility suite. Orchestrates, validates, and measures the performance of all underlying algorithms (Sequential, OpenMP, SIMD, MPI, MKL).
- offc_delphi: Standard C matrix operations and OpenMP implementations.
- vector_simd_delphi: Hardware-accelerated mathematical operations using Intel AVX/SSE2 intrinsics.
- mpi_delphi: Microsoft MPI (MSMPI) wrappers for distributed-memory parallelism.
- mkl_delphi: Integration with the industry-standard Intel Math Kernel Library (CBLAS).
All repositories are open-source and licensed under the MIT License. If you use this software suite in your academic work, please refer to the CITATION.cff file located in the root of each repository to cite the specific modules used.
Maintained by Daniel Galdo.
