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A Tikhonov Approach to Calculate Regularisation Matrices

机译:Tikhonov方法计算正则化矩阵

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摘要

Regularisation is a popular method to overcome the ill-conditioning learning problems in neural networks. This is achieved by penalizing the performance criteria adding some prior distribution on the weights, usually a quadratic weight function, i.e. E~d = w~tKw. Find out the regularisation matrix K included in the regularisation solution of learning problems, is a difficult and computationally expensive task [2]. This paper provide an efficient and easy way for K matrix calculation and the development of this method for Zero and Second Order Regularisation.
机译:正则化是克服神经网络中不适条件学习问题的一种流行方法。这是通过对性能标准进行惩罚来实现的,该性能标准在权重上添加了一些先验分布,通常是二次权函数,即E〜d = w〜tKw。找出学习问题的正则化解决方案中包含的正则化矩阵K是一项困难且计算量巨大的任务[2]。本文为K矩阵计算提供了一种有效且简便的方法,并且为零阶和二阶正则化提供了一种方法。

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