Rambidi N G
International Research Institute for Management Sciences, Moscow, Russia.
Biosystems. 1994;33(1):45-54. doi: 10.1016/0303-2647(94)90060-4.
The analogy between the main information features of the brain and molecular non-discrete information processing devices based on non-linear dynamic mechanisms is considered. These information processing mechanisms predetermine the character of basic primitive operations of these devices, which seem to be capable of solving problems of a rather high computational complexity. Non-linear dynamic processing mechanisms open the way to elaboration of devices embodying, in a natural way, the fuzziness of information features that is typical of information processing inherent in soft 'humanistic' systems.
本文探讨了大脑的主要信息特征与基于非线性动力学机制的分子非离散信息处理设备之间的类比关系。这些信息处理机制预先决定了这些设备基本原始操作的特性，这些操作似乎能够解决具有相当高计算复杂性的问题。非线性动态处理机制为设计以自然方式体现软“人文”系统中典型信息处理的信息模糊性的设备开辟了道路。
