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Performance analysis for multi-valued logical networks

机译:多价逻辑网络性能分析

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In this paper, the performance in the form of weighted l-gain for k-valued logical control networks are defined and discussed via semi-tensor product method. First, the input energy and output energy can be described by the definition and construction of pseudo-logical functions. Along this line, the weighted l-gain is introduced. In order to ensure that a k-valued logical control network is internally asymptotically stable and has an l-gain no more than a given scalar, a sufficient condition is established by extending several Lyapunov results of Boolean networks to those of k-valued logical networks. Finally, an illustrative example is given to show the feasibility of the theoretical results.
机译:本文通过半张量产品方法定义和讨论了K值逻辑控制网络的加权L增益形式的性能。首先,可以通过伪逻辑功能的定义和构造来描述输入能量和输出能量。沿着这条线,引入了加权L增益。为了确保K值逻辑控制网络在内部渐近稳定并且没有超过给定标量的L-GANT,通过将布尔网络的几个Lyapunov结果扩展到K-Valued逻辑网络的Lyapunov结果来确定足够的条件。最后,给出了说明性示例以显示理论结果的可行性。

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