仿生细胞:脑信息学的新前沿

Ziad Doughan, W. Itani, A. Haidar
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引用次数: 1

摘要

本文根据神经科学的最新发现,介绍了一种新的神经元细胞模拟方法。在重新观察生物神经元领域的最新发现后,传统的人工模型在图像处理和模式分类方面已经证明了强大的潜力,但距离现代模仿自然智能生物还有很大的距离。因此,提出了一种仿生细胞设计,该设计采用寄存器的组合来保存输入、输出和权重作为信息代码。这些单元使用二进制等效门将输入与权重进行比较,并提供所需的输出。所提供的抽象模型使训练过程高度简化,从而加快了设计阶段,并为人工智能的新维度开辟了道路。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Biomimetic Cells: A New Frontier in Brain Informatics
This paper introduces a new imitation of neurons cells, based on the latest discoveries in neuroscience. After reobserving the latest revelations in the field of biological neurons, the conventional artificial models has proven strong potentials in image processing and pattern classification, but remains far from presenting a modern imitation of natural intelligent organisms. A Biomimetic cell design is thus proposed with a combination of registers to hold the inputs, outputs, and weights as information codes. These cells use binary equivalence gates to compare the inputs to the weights and deliver the required outputs. The abstraction model provided renders the training process highly simplistic, which speeds up the design phase and opens the way towards a new dimension in artificial intelligence.
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