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Actively Interacting with Experts: A Probabilistic Logic Approach

机译:与专家进行积极互动:概率主义逻辑方法

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Machine learning approaches that utilize human experts combine domain experience with data to generate novel knowledge. Unfortunately, most methods either provide only a limited form of communication with the human expert and/or are overly reliant on the human expert to specify their knowledge upfront. Thus, the expert is unable to understand what the system could learn without their involvement. Allowing the learning algorithm to query the human expert in the most useful areas of the feature space takes full advantage of the data as well as the expert. We introduce active advice-seeking for relational domains. Relational logic allows for compact, but expressive interaction between the human expert and the learning algorithm. We demonstrate our algorithm empirically on several standard relational datasets.
机译:利用人类专家的机器学习方法将域经验与数据结合起来生成新颖的知识。遗憾的是,大多数方法要么只提供与人类专家的有限形式的沟通和/或过度依赖于人类专家,以指定他们的知识前期。因此,专家无法理解系统可以在没有参与的情况下学到的内容。允许学习算法在特征空间的最有用区域中查询人类专家,充分利用数据以及专家。我们为关系领域介绍了积极的建议。关系逻辑允许紧凑,但是人类专家与学习算法之间的表现互动。我们在多个标准关系数据集上凭经验展示了我们的算法。

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