An Intelligent Visual Perception System Based on Retina Structure

本研究涉及仿照人类认知系统（视网膜）的智能视觉感知系统；具体而言，多层平行焦平面阵列图像处理系统结合了该公司高度先进的光学互连和波导全息技术与多层串行并行结构；视网膜启发算法（视网膜）。一个3层视网膜结构和算法正在仔细研究和实现。第一层进行边缘增强，第二层减少和/或消除噪声，第三层实现线构建算法以增强结果。每个相应层使用Sobol、中位数和3像素线段。该计划的第一阶段将产生(1)一个有用的算法，(2)确定它如何处理噪声，非均匀照明图像，(3)对组件公差的理解，(4)关键波导全息图照明器，以及(5)一阶系统设计。边缘光波导全息图作为关键的物理部件，也将被构建、完善和测试

This research deals with in intelligent vision perception system modeled after a human cognitive system (retina); specifically, a multilayer parallel focal plane array image processing system that combines this company's highly advanced optical interconnects and waveguide hologram techniques with a multilayer serial-parallel structure; a RETinally INspired Algotecture (RETINA). A 3-layer RETINA structure and algorithms are being carefully studied and implemented. The first layer performs edge enhancement, the second, reduced and/or eliminates noise, and the third implements line construction algorithms to enhance results. Sobol, median and 3-pixel line segments are being used for each corresponding layer. Phase I of this program will produce (1) a useful algotecture, (2) a determination of how it will work with noisy, nouniformly-lit images, (3) an understanding of component tolerance, (4) the critical waveguide hologram illuminator, and (5) a first-order system design. An edge lit waveguide hologram which is the critical physical component will also be constructed, perfected, and tested