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Computation of the Frechet mean, variance and interpolation for a pool of neural networks over the manifold of special orthogonal matrices

机译:特殊正交矩阵流形上一组神经网络的弗雷歇平均,方差和内插的计算

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摘要

The present manuscript tackles the problem of merging the connection patterns learnt by a pool of neural networks that share the manifold of special orthogonal matrices as parameter space. The merging technique is implemented as an averaging algorithm over the curved manifold of special orthogonal matrices. In the present manuscript, averaging is computed via the notion of Frechet mean and the associated metric dispersion is interpreted as the variance of the patterns around the Frechet mean. Also, continuous interpolation of two connection patterns is considered as an extension of the Frechet principle.
机译:本手稿解决了合并由共享特殊正交矩阵流形作为参数空间的神经网络池学习的连接模式的问题。合并技术是对特殊正交矩阵的弯曲流形的平均算法。在本手稿中,通过Frechet平均值的概念计算平均值,而相关的度量离散被解释为Frechet平均值周围的模式方差。同样,两个连接模式的连续插值被认为是弗雷歇特原理的扩展。

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