Radchenko A N
Biofizika. 1996 Mar-Apr;41(2):488-93.
An analysis of picture on- and off-decompositions by retina ganglion cells and ipsi- and contralateral projections interleaving in lateral geniculate bodies (LGB) layers lead to founding earlier unknown LGB function-the logic filtering of the accurate (common in two approximations) parts of images. On- and off-splitting guarantees non-depended picture over and below approximations and reliable performing the above filtering function in the LGB layers. System complementation to LGB function is retinotopic mapping of non-percept pixels. It relates to primary superior colliculus (SC) function. Correlation between LGB and SC functions and saccade eye movements is discussed. Neurological nets for LGB and for a part of SC which realize the specified processor functions are presented.
对视网膜神经节细胞的图像开和关分解以及在外侧膝状体(LGB)各层中交织的同侧和对侧投射的分析,导致发现了早期未知的LGB功能——对图像准确(在两种近似中常见)部分的逻辑过滤。开和关分离保证了在近似之上和之下的图像独立性,并在LGB各层中可靠地执行上述过滤功能。对LGB功能的系统补充是对非感知像素的视网膜拓扑映射。它与初级上丘(SC)功能相关。讨论了LGB和SC功能与扫视眼动之间的相关性。还介绍了实现特定处理器功能的LGB和部分SC的神经网络。