Can Traditional Programming Bridge the Ninja Performance Gap for Parallel Computing Applications?
Communications of the ACM（2015）
Key words
C++ language,microprocessor chips,multiprocessing systems,parallel architectures,parallel programming,program compilers,6-core Intel CoreTM i7 X980 Westmere CPU,C code,C++ code,Intel many integrated core architecture,Ninja code,SIMD units,compiler technology,many-core processors,memory hierarchy,multicore processors,ninja performance gap,parallel computing applications,performance-vs-programming effort effectiveness,programmer productivity,traditional programming
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