寻找类比的新方法是研究语言、思维和构建人工智能系统的契机

A. B. Khomyakov, P. Chizhik
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引用次数: 0

摘要

文章介绍了一种获取词语类比的新方法,这种方法的特点是简单,而且不像现有方法那样需要对大量数据进行初步训练。在所研究的方法中,类比词是通过句法谓词使用分配语义学方法确定的。在研究中,获得并分析了形容词、名词和动词的类比。因此,在对类比进行定性比较时,所获得的结果并不亚于使用最流行的神经网络方法 word2vec 所获得的结果。所演示的方法表明,使用分配语义学的方法可以获得类比结果,而使用的方法更具可解释性,这为研究语义类比提供了可能性。这种方法还可以识别特定主题的类比。基于所获得的实验结果,文章对类比和认知方案进行了原创性定义。文章还分析并论证了基于该研究方法创建人工智能系统的新方法的可能性。作者认为,这为创建此类系统提供了显著优势。特别是,所提出的方法可以对数量级更小的数据进行更广泛的归纳,并在使用过程中进行学习,而这是神经网络无法做到的。
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A new way of finding analogues as an opportunity to study language, thinking and build artificial intelligence systems
The article presents a new method for obtaining analogues of words, characterized by simplicity and the absence of the need for preliminary training on large data as in existing methods. In the method under study, analogues are determined by their syntactic predicates using methods of distributive semantics. In the study, analogues of adjectives, nouns and verbs were obtained and analyzed. This made it possible to obtain a result that is not inferior to the results obtained using the most popular neural network approach as word2vec when qualitatively comparing analogues. The demonstrated method shows that obtaining analogues is possible using methods of distributive semantics using a more interpretable method, which opens up the possibility of studying semantic analogy. This method also allows you to identify analogues on a specific topic. Based on the experimental results obtained, an original definition of analogues and cognitive schemes is formulated. The article also analyzes and substantiates the possibility of a new approach for creating artificial intelligence systems based on the researched method. According to the authors, this provides significant advantages for the creation of such systems. In particular, the proposed method allows for broader generalizations over orders of magnitude smaller data, as well as learning during use, which is not possible for neural networks.
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