A temporal task partitioning algorithm for multi-objective optimization was proposed to improve the execution efficiency of dynamically reconfigurable systems.
颞任务划分的多目标优化算法提出了改进的动态可重构系统的执行效率。
Through the improvement of CPU utilization rate and the reduced waste of resources, multi-thread techniques could greatly improve the execution efficiency of programs.
多线程技术通过提高CPU的利用率，减少资源的浪费，从而大大提高了程序执行的效率。
Experimental results show that the new algorithmm can not only improve the execution efficiency of SIFT, but also raised the matching accuracy, optimize the SIFT algorithmm.
实验证明，该方法不仅能够提高SIFT算法的执行效率，而且提高匹配正确率，实现了对SIFT算法的优化。
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