Rocha A F
An Acad Bras Cienc. 1979 Dec;51(4):591-5.
Since the brain processings can be expressed by ballistic or ramp systems, the brain entropy is herein analysed in respect to the distributions of the internal ((MS)1) and external messages ((ME)E) conveyed through the sensory systems. In such a context, it is shown that a first partition (through a primary folding) is established between the neural systems involved in the processings related with the external (RSE) and internal (BSI) environments. Indeed, secondary foldings in both RSE and BSI due to non-homogeneities in (MS)E and (MS)1 are discussed. Finally, the results are extended to the neural phenomena during the brain's embriogenic growth.
由于大脑处理过程可以用弹道系统或斜坡系统来表示，本文根据通过感觉系统传递的内部（(MS)1）和外部信息（(ME)E）的分布来分析大脑熵。在这种情况下，表明在与外部（RSE）和内部（BSI）环境相关的处理过程中涉及的神经系统之间建立了第一个划分（通过一次折叠）。实际上，讨论了由于(MS)E和(MS)1中的不均匀性导致的RSE和BSI中的二次折叠。最后，将结果扩展到大脑胚胎发育过程中的神经现象。
