According to time-sequential imaging techniques, a way of double buffer image refreshing is put forward, the micro stereoscopic imaging system is developed.
根据时分立体成像原理,提出了双缓冲快速刷新图像的方法,研制出微操作系统的显微立体成像单元;
The camera operation timing is analyzed in this paper. For the feature of large amount of image data, a solution that FPGA extended SDRAM to store and buffer image data is presented.
本文分析了高帧频摄像机数字口输出工作时序,针对其数据量大的特点,提出利用FPGA外部扩展SDRAM的方式存储缓冲图像数据的解决方案。
It then fills the area with a mapping, which is an image buffer used to color up the painting area of each stroke.
然后,它使用一个映射填充该区域,这个映射是用于对每个笔触的绘图区域着色的图像缓冲区。
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