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Learning rate of gradient descent multi-dividing ontology algorithm

机译:梯度下降多重划分本体算法的学习率

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摘要

As acknowledge representation model, ontology has wide applications in information retrieval and other disciplines. Ontology concept similarity calculation is a key issue in these applications. One approach for ontology application is to learn an optimal ontology score function which maps each vertex in graph into a real-value. And the similarity between vertices is measured by the difference of their corresponding scores. The multi-dividing ontology algorithm is an ontology learning trick such that the model divides ontology vertices into k parts correspond to the k classes of rates. In this paper, we propose the gradient descent multi-dividing ontology algorithm based on iterative gradient computation and yield the learning rates with general convex losses by virtue of the suitable step size and regularisation parameter selection.
机译:作为确认表示模型,本体在信息检索和其他学科中具有广泛的应用。本体概念相似度计算是这些应用程序中的关键问题。本体应用的一种方法是学习最佳本体得分函数,该函数将图中的每个顶点映射为实数值。顶点之间的相似性通过它们相应得分的差异来衡量。多重划分本体算法是一种本体学习技巧,使得该模型将本体顶点划分为与k个速率类别相对应的k个部分。在本文中,我们提出了基于迭代梯度计算的梯度下降多划分本体算法,并通过适当的步长和正则化参数选择,产生了具有一般凸损失的学习率。

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