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Local and Global Stability Analysis Methods of Multi-Time Scale Neural Networks

机译:多次规模神经网络的本地和全球稳定性分析方法

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The dynamics of complex neural networks modelling the self-organization process in cortical maps must include the aspects of long and short-term memory. The behaviour of the network is such characterized by an equation of neural activity as a fast phenomenon and an equation of synaptic modification as a slow part of the neural system. We present new methods of analyzing the dynamics of a competitive neural system with different time scales: The K-monotone system theory developed by Kamke in 1932{sup}Hir85 as a global analysis techniques and the theory of singular perturbations{sup}Vid93 as a local analysis method. We also show the consequences of the stability analysis on the neural net parameters.
机译:复杂神经网络的动态建模皮质地图中的自组织过程必须包括长期内存的方面。网络的行为是由神经活动的等式,作为快速现象和突触修改的方程作为神经系统的慢一部分。我们提出了用不同的时间尺度分析竞争神经系统的动态的新方法:由Kamke在1932年开发的K-Monotone系统理论作为全球分析技术和奇异扰动理论{Sup} Vid93作为一个局部分析方法。我们还表明了神经净参数稳定性分析的后果。

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