Titlebook: Algorithms and Architectures for Parallel Processing; 12th International C Yang Xiang,Ivan Stojmenovic,Albert Zomaya Conference proceedings

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,Der Einfluß des Weltkrieges auf die Märkte,graphy, the memory layer for the placement and the sizes of the matrices. Parallel codes using C and assembly language under OpenMP parallel programming environment are designed. Performance results on Fiteng1000 processor show that the algorithms have well good parallel performance and achieve near-peak performance.

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https://doi.org/10.1007/978-3-322-98838-6atershed. The results include the analysis of the 1-, 3-, and 6-hr accumulated rainfalls. The results showed that the superior RMSE and the categorical statistics of BIAS and ETS scores by using FIDs in contrast to those by using traditional C4.5 and AVS. Consequently, the FIDs model demonstrated its feasibility for predict rainfalls.

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https://doi.org/10.1007/978-3-662-11442-1The gate count of this decoder chip is 128284. The chip size including I/O pad is 1.91×1.91mm.. The simulation result shows that, compared to traditional sliding window method, for different code size, parallel phase turbo decoding method has 51.23%~58.13% decoding time saved, with 8 iteration times at 100MHz working frequency.

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FIDs Classifier for Artificial Intelligence and Its Applicationatershed. The results include the analysis of the 1-, 3-, and 6-hr accumulated rainfalls. The results showed that the superior RMSE and the categorical statistics of BIAS and ETS scores by using FIDs in contrast to those by using traditional C4.5 and AVS. Consequently, the FIDs model demonstrated its feasibility for predict rainfalls.

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A New Low Latency Parallel Turbo Decoder Employing Parallel Phase Decoding MethodThe gate count of this decoder chip is 128284. The chip size including I/O pad is 1.91×1.91mm.. The simulation result shows that, compared to traditional sliding window method, for different code size, parallel phase turbo decoding method has 51.23%~58.13% decoding time saved, with 8 iteration times at 100MHz working frequency.

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