Fujii H
Department of Computer Science and Electronics, Kyushu Institute of Technology, Fukuoka, Japan.
Med Biol Eng Comput. 1994 May;32(3):302-4. doi: 10.1007/BF02512526.
A new method is demonstrated to visualise the microcirculation map of the human retina using a dynamic laser speckle effect. The retina is illuminated with a diode laser spot through a retinal camera, and its speckle image is detected by an area sensor. The output signal from the sensor is digitised, and the data for more than a hundred scannings of the speckle image are stored in a mass image memory. The difference between a pair of successive image data was calculated and integrated for each pixel. The results were displayed in colour graphics showing the spatial distribution of the blood flow in the retina.
一种利用动态激光散斑效应可视化人类视网膜微循环图的新方法得到了演示。通过视网膜相机用二极管激光光斑照射视网膜，并用面传感器检测其散斑图像。传感器的输出信号被数字化，散斑图像一百多次扫描的数据被存储在大容量图像存储器中。计算并整合每个像素的一对连续图像数据之间的差异。结果以彩色图形显示，展示了视网膜中血流的空间分布。
