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Artificial Intelligence Architecture Inspired by Personality Theory

机译:人格理论启发的人工智能架构

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This paper introduces a novel approach for classification problems utilizing a Jungian Psychology-inspired classification architecture (JPICA). The goal of JPICA is to demonstrate applications of personality theory to artificial intelligence in general, and thus move closer to holistic artificial intelligence. Here, results are presented for the initial experiments of JPICA applied to the classic AI problem of automated voiced/unvoiced/silence classification of speech segments. Multiple audio files are analyzed, hand labeled, and put through a feature extraction protocol in order to generate the dataset that is used in the experiments. The number of features used in the experiments ranges from 3 to 34. The architecture is tasked with accurately classifying the speech segments, while adhering to the defined behavior of the personalities used to define the various classifiers. Experiments with this early implementation of JPICA provide favorable and encouraging results for future algorithm development and experimentation in the field of artificial intelligence.
机译:本文介绍了一种新方法,该方法利用了受Jungian心理学启发的分类架构(JPICA)进行分类的问题。 JPICA的目标是证明人格理论在人工智能中的总体应用,从而更接近于整体人工智能。在这里,给出了JPICA的初始实验的结果,该实验应用于经典的AI问题,即语音片段的自动发声/发声/沉默分类。对多个音频文件进行分析,手动标记并通过特征提取协议进行处理,以生成实验中使用的数据集。实验中使用的功能数量范围为3到34。该架构的任务是准确地对语音段进行分类,同时遵守用于定义各种分类器的个性定义行为。 JPICA的这种早期实现方式进行的实验为人工智能领域的未来算法开发和实验提供了令人鼓舞和令人鼓舞的结果。

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