NVIDIA releases new FP64 algorithm
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NVIDIA Releases New FP64 Algorithm, Significantly Enhancing Scientific Simulation Performance by Optimizing DGEMM/ZGEMM High-Precision Matrix Multiplication. The algorithm achieves speed improvements while maintaining high precision, suitable for high-performance computing and AI applications in fields such as molecular chemistry and materials science. Many scientific simulations, from molecular chemistry to materials science, primarily spend their execution time on computing high-precision dense general matrix multiplication (GEMM). These operations are known as DGEMM (real 64-bit floating point) and ZGEMM (complex 64-bit floating point).
AI-written from the reports · Updated 19 hours ago
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- NVIDIA Technical BlogNVIDIA cuBLAS new FP64 algorithm accelerates scientific simulation
NVIDIA cuBLAS releases new FP64 algorithm, significantly enhancing scientific simulation performance by optimizing DGEMM/ZGEMM high-precision matrix multiplication. The algorithm achieves speed improvements while maintaining high precision, suitable for high-performance computing and AI applications in fields such as molecular chemistry and materials science.
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