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Comprehensive evaluation of a two-dimensional configurable array
Abstract: "This paper presents the evaluation of a highly configurable architecture for two-dimensional (2D) arrays of powerful processors. The evaluation is based on an array of Warp cells, a powerful processor developed at Carnegie Mellon and manufactured by General Electric, and uses real application programs. The evaluation covers the areas of configurability, array survivability, and performance degradation. The software and algorithms developed for the evaluation are also discussed. The results based on simulations of small and medium size arrays (up to 16x16), show that a high degree of configurability, and array survivability can be achieved with little impact on program performance."
- "Abstract: "This paper presents the evaluation of a highly configurable architecture for two-dimensional (2D) arrays of powerful processors. The evaluation is based on an array of Warp cells, a powerful processor developed at Carnegie Mellon and manufactured by General Electric, and uses real application programs. The evaluation covers the areas of configurability, array survivability, and performance degradation. The software and algorithms developed for the evaluation are also discussed. The results based on simulations of small and medium size arrays (up to 16x16), show that a high degree of configurability, and array survivability can be achieved with little impact on program performance.""@en
- "Comprehensive evaluation of a two-dimensional configurable array"@en
- "Comprehensive evaluation of a two-dimensional configurable array"