This paper proposes a hybrid data ordering algorithm which executes serial and parallel instructions. The implementation of the system is presented in the Zedboard development board of Xilinx that includes a SoC (System on Chip). The design was done in high level language HLS (High Level Synthesis). It receives a vector of N elements and delivers the set of indexes of the L major elements ordered. The complexity of the algorithm is analyzed in a generic way. The required times and resources are evaluated and compared with well known sorting algorithms.

中文翻译：

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High Level Synthesis 实现的混合排序算法


本文提出了一种执行串行和并行指令的混合数据排序算法。该系统的实现在 Xilinx 的 Zedboard 开发板上进行，其中包括 SoC（片上系统）。该设计是用高级语言HLS（高级综合）完成的。它接收一个由 N 个元素组成的向量，并传递 L 个主要元素的有序索引集。以通用的方式分析算法的复杂度。评估所需的时间和资源，并与众所周知的排序算法进行比较。