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Controlled redundancy in interpolation-based neural nets

机译:基于插值的神经网中的受控冗余

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In this paper, we deal with the problem of associative memory synthesis via multivariate interpolation. We present an abstract yet simple formalism to address the possibility of detecting and eliminating redundant input data from the set of exemplars. The remaining pairs are then stored in a way so as to introduce controlled redundancy by replication of the corresponding neurons. The redundancy is detected via orthogonalization carried out in a Reproducing Kernel Hilbert Space setting.
机译:在本文中,我们通过多变量插值处理关联内存综合的问题。我们展示了一种抽象但简单的形式主义来解决从一组示例中检测和消除冗余输入数据的可能性。然后以一种方式储存剩余的对,以便通过复制相应的神经元来引入受控冗余。通过在再现内核Hilbert空间设置中执行的正交化检测冗余。

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