在时序逻辑设计中,较好地解决了数据的存储、读取和点像元数据连续监测。
Data storage, reading and continuous monitoring of point pixels have been well solved in design of time sequence logic.
针对时序数据挖掘中常见数据表示算法的缺陷,提出了基于关键点的误差检验分段算法。
To overcome the defects of data representation algorithms in temporal data mining, segmentation algorithm of key-point-based error checking is proposed.
针对这一点,提出了一种对8237结构和时序的改进方法,使存储器区域内数据传送性能提高了一倍。
So this study optimizes the structure and timing of 8237. As a result, the transfer speed in the memory is doubled.
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