Dept. of Modeling, Simulation, Visualization Eng., Old Dominion Univ., Norfolk, VA, USA;
coprocessors; molecular dynamics method; multi-threading; performance evaluation; power aware computing; CoMD; DVFS; Intel Xeon Phi acceleration; Intel Xeon Phi coprocessors; codesign molecular dynamics; dynamic voltage and frequency scaling; energy measurement; energy savings; high theoretical computational performance; host-side power draw; interatomic force potentials; kernel computing embedded atom model forces; molecular dynamic simulation; multithreading; performance measurement; production molecular dynamics;
机译:在CoMD代理应用程序中更改的CPU频率已卸载到英特尔至强融核协处理器
机译:评估Intel Xeon Phi协处理器以加速PET成像的灵敏度图计算
机译:使用多核处理器和英特尔至强融核协处理器评估NONMEM的并行效率
机译:在COMD代理应用程序中更改CPU频率卸载到英特尔Xeon PHI协处理器。
机译:Diffusion2D OpenMP并行计算和英特尔至强融核协处理器支持开发
机译:英特尔至强融核GPU和CPU的比较性能分析:以显微镜图像分析为例
机译:在CoMD代理应用程序中更改的CPU频率已分载到Intel Xeon Phi协处理器