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Quantum Competition Network Model Based On Quantum Entanglement

机译:基于量子纠缠的量子竞争网络模型

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—This paper proposes a quantum competition neural network model compared to its classical counterpart from the relative parts of the complex system localizing operation without changing the perspective of entanglement measure. It shows that the pseudo-state is an inevitable part of the quantum competitive model. After the initialization of the quantum neural network; quantum competitive network is capable of associative memory through local area of operations because of the existence of these pseudo-states. Furthermore, Competitive algorithms of quantum theory are given, and finally an example of pattern recognition for simulation. Simulation results show that a quantum competitive learning algorithm in the learning rate and convergence rate is far better than the basic competitive artificial neural network.
机译:- 这篇论文提出了一种量子竞争神经网络模型,与其经典对应于复杂系统定位运行的相对部分,而不改变缠结度量的视角。它表明伪状态是量子竞争模型的不可避免的一部分。在批量神经网络初始化之后;由于这些伪状态的存在,量子竞争网络能够通过当地的操作领域关联内存。此外,给出了量子理论的竞争算法,最后是模拟模式识别的示例。仿真结果表明,学习率和收敛速度的量子竞争学习算法远远优于基本竞争人工神经网络。

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