一个简单的单词识别网络,有能力选择自己的决策标准

K.A. Fischer, H. Strube
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引用次数: 1

摘要

对于词分类问题,已经开发了各种可靠的算法。所有这些模型都必须基于必须从所呈现的单词中提取的某些“特征”的分类。语音识别的一般问题是:什么样的特征既依赖单词又独立于说话人?大多数现有系统都需要设计者进行特征选择,因此系统无法选择最符合上述标准的特征。因此,作者试图建立一个能够根据功能相关性对所有特征(这里是输入层的细胞)进行排序的神经网络。该方法通过逐步去除被证明不重要的细胞,既减少了预先选择特征的必要性,又减少了数值计算的工作量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A simple word-recognition network with the ability to choose its own decision criteria
Various reliable algorithms for the word classification problem have been developed. All these models are necessarily based on the classification of certain 'features' that have to be extracted from the presented word. The general problem in speech recognition is: what kind of features are both word dependent as well as speaker independent? The majority of the existing systems requires a feature selection by the designer, so the system cannot choose the features that best fit the above mentioned criterion. Therefore, the authors tried to build a neural network that is able to rank all the features (here: the cells of the input layer) according to their functional relevance. This method reduces both the necessity to preselect the features as well as the numerical effort by a stepwise removal of the cells that proved to be unimportant.<>
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