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Digit Classification Based on Mechanisms Used by Human Brain

机译:基于人脑使用的机制的数字分类

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摘要

One of the obvious differences between present machine learning and performance of human brain lies in the number labelled data that needs to be provided to the model for classification. The ultimate target of machine learning algorithms should be to learn from very few examples as demonstrated by human brain. The work presents an instance of reducing sample complexity in handwritten digit classification using the concept followed in object recognition with reduced training set by humans. The characteristics of selectivity and invariance to transformations in visual cortex lead to a feature representation which can learn from few examples. The same has been implemented for digit classification, and promising results are obtained which can be extended to variety of object classification/recognition tasks involving images, strings, documents, etc.
机译:当前机器学习与人类大脑性能之间的明显差异之一在于需要向分类模型提供的标记数据的数量。机器学习算法的最终目标应该是人类脑证明的非常少数的例子。该工作介绍了使用该概念在对象识别中遵循的概念来减少手写数字分类中的样本复杂性的实例。选择性和不变性与视觉皮质中的变换的特征导致可以从少数示例中学习的特征表示。已经实现了相同的数字分类,并且获得了有希望的结果,可以扩展到涉及图像,字符串,文档等的对象分类/识别任务的各种各样的结果。

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