Obaidat M S, Leguire L E
Jordan University of Science & Technology, Irbid.
Med Biol Eng Comput. 1990 Mar;28(2):166-70. doi: 10.1007/BF02441773.
A new microcomputer-based stereogram generator was designed and implemented to generate various visual stimuli that are used for testing the binocular vision system. The system is capable of generating static and dynamic stereoscopic stereograms that can be varied in size, shape, speed and disparity. It can also be used to generate a luminous stimulus on a dark background which, except for the depth parameters, can be varied in a similar way to the stereoscopic stimulus. A 16/32-bit microprocessor has been employed for the overall control of the stereogram parameters, which provides flexibility, versatility, compactness and speed at reduced cost. We have applied this system to the measurement of eye movement and computer vision.
设计并实现了一种基于微型计算机的新型立体图生成器，用于生成各种视觉刺激，以测试双眼视觉系统。该系统能够生成静态和动态立体图，其大小、形状、速度和视差均可变化。它还可用于在黑暗背景上生成发光刺激，除深度参数外，其变化方式与立体刺激类似。采用16/32位微处理器对立体图参数进行整体控制，以降低成本的方式提供了灵活性、通用性、紧凑性和速度。我们已将该系统应用于眼动测量和计算机视觉。
