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Octave and Python: High-Level Scripting Languages Productivity and Performance Evaluation
By: Gardiner, J.; Guilfoos, B.; Nehrbass, J.; Chaves, J.C.; Samsi, S.; Ahalt, S.; Warnock, A.; Chalker, A.; Unpingco, J.; Krishnamurthy, A.;
2006 / IEEE / 0-7695-2797-3
This item was taken from the IEEE Conference ' Octave and Python: High-Level Scripting Languages Productivity and Performance Evaluation ' Octave and Python are open source alternatives to MATLAB, which is widely used by the High Performance Computing Modernization Program (HPCMP) community. These languages are two well known examples of high-level scripting languages that promise to increase productivity without compromising performance on HPC systems. In this paper, we report our work and experience with these two non-traditional programming languages at the HPCMP Centers. We used a representative sample of SIP codes for the study, with special emphasis given to the understanding of issues such as portability, degree of complexity, productivity and suitability of Octave and Python to address Signal/Image Processing (SIP) problems on the HPCMP HPC platforms.
Open Source Alternatives
High Performance Computing Modernization Program Centers
Signal And Image Processing Codes
2d Fast Fourier Transform
High Performance Computing
High Level Languages
Algorithm Design And Analysis
High-level Scripting Languages
Public Domain Software
Fast Fourier Transforms
Software Performance Evaluation