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Title |
Proposed Approach to Increase Efficiency of Polyhedral Compilation using Hash Mapping and Parallel Systems |
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Author |
Hira Beenish and Muhammad Fahad |
| Citation |
Vol. 25 No. 12 pp. 99-104 |
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Abstract |
The polyhedral model is considered as a strong and powerful platform for efficient and optimizing programs. Polyhedral model is totally based on algebraic representation of a program and as consider as production and mature compilers. This compiler is a valid and a good way to express the loop structure applied in run time compilation and it can be suitable for loop based programs. To enhance the algebraic progression and resolving complexities, we are proposing two solutions which can enhance the speeding and memory efficiency during the compilation process which includes hash mapping and parallel systems. Moreover, we are comparing the different applications of the polyhedral compilers and detecting the lacking in performance which includes TIRAMISU and Alpha Z. |
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Keywords |
Polyhedral, Hash Function, Parallel Systems, GPU, CPU, Algebric Expressions |
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