SCSL greatly improves the performance and efficiency of applications through the use of blocked, multi-threaded and optimized subroutines. Tested extensively for reliability and accuracy Description SCSL is a collection of high-performance routines that provide support for mathematical and numerical techniques used in scientific and technical computing. SCSL encompasses a wide variety of industry-standard and proprietary scientific and math functions including numerical linear algebra, large sparse systems of linear equations, and signal processing. The latest version of SCSL improves performance with a new algorithm for complex number multiplication that reduces the number of real multiplications from 4 to 3. These operations include, but are not limited to matrix multiply, rank updates, and dot products.
Performance is expressed as a percentage of the theoretical peak attainable for NCPU processors.
Processing Nuclear Engineering Process Simulation Computational Electromagnetics Product Availability SCSL is available today for SGI computer systems running IRIX 6.4 and 6.5 with MIPS4 instruction set CPUs. In addition to Origin systems, this includes all Onyx2, and Octane and O2 workstations. This allows SCSL to be used within applications running on these systems, as well as for application development targeted toward Origin systems. SCSL is available to IRIX SGI customers with the operating system. For Linux customers, SCSL is available with the Pro64 compilers.