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Programming based learning algorithms of neural networks with self-feedback connections

机译:具有自反馈连接的基于程序的神经网络学习算法

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Discusses the learning problem of neural networks with self-feedback connections and shows that when the neural network is used as associative memory, the learning problem can be transformed into some sort of programming (optimization) problem. Thus, the rather mature optimization technique in programming mathematics can be used for solving the learning problem of neural networks with self-feedback connections. Two learning algorithms based on programming technique are presented. Their complexity is just polynomial. Then, the optimization of the radius of attraction of the training samples is discussed using quadratic programming techniques and the corresponding algorithm is given. Finally, the comparison is made between the given learning algorithm and some other known algorithms.
机译:讨论了具有自反馈连接的神经网络的学习问题,并表明当将神经网络用作关联记忆时,学习问题可以转化为某种编程(优化)问题。因此,编程数学中相当成熟的优化技术可用于解决具有自反馈连接的神经网络的学习问题。提出了两种基于编程技术的学习算法。它们的复杂度只是多项式。然后,采用二次规划技术讨论了训练样本吸引半径的优化问题,并给出了相应的算法。最后,将给定的学习算法与其他一些已知算法进行比较。

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