Systolic阵列是一种典型的并行结构:这种方法通过减少处理元之间的通讯使计算加速。事实上,一个Systolic阵列是处理元的一条n维“装配线”,在这里,每个处理元执行一个大工作的一小部分工作。这个阵列的每一个处理元只与它最近的处理元保持通讯。一个Systolic阵列操作的关键是,一但数据被从存贮器中取出,它在返回到存贮器中之前,就从处理元到处理元。这不仅增强了定域 Systolic array is a typical parallel structure: This method accelerates computation by reducing the communication between processing elements. In fact, a Systolic array is an n-dimensional “assembly line” of processing elements, where each processing element executes a small fraction of a large job. Each processing element of this array only communicates with its most recent processing element. The key to a Systolic array operation is that once the data is fetched from memory, it goes from processing element to processing element before returning to memory. This not only enhances locality