Optical network-on-chip (ONoC) is a new designing of multi-processor system-on-chip. On the one hand, global bus is a simple and common logical topology for ONoC. On the other hand, the parallel formulation of bitonic sorting has lower time complexity than the sequential implementation of bitonic sorting. Thus, it is meaningful to study the parallel implementation for bitonic sorting on bus ONoC. Different wavelengths are used to achieve the parallel processing for bitonic sorting on bus ONoC. The wavelength assignment scheme for n elements bitonic sorting is proposed such that the number of wavelengths required is just n/2.

中文翻译：

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利用总线拓扑在片上光网络上实现双音分类

片上光网络（ONoC）是多处理器片上系统的一种新设计。一方面，全局总线是ONoC的一种简单且通用的逻辑拓扑。另一方面，与双音速排序的顺序实现相比，双音速排序的并行表示具有较低的时间复杂度。因此，研究总线ONoC上的双音排序的并行实现是有意义的。使用不同的波长来实现总线ONoC上双音排序的并行处理。提出了用于n个元素双子级分选的波长分配方案，使得所需的波长数仅为n / 2。