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Using a Neural Network with Nonlinear Self-feedback to Solve the Maximum Clique Problem
引用本文:LIU Huai-yi,YANG Xiao-fan,SUN Li-ping,SI Pei,WANG Can. Using a Neural Network with Nonlinear Self-feedback to Solve the Maximum Clique Problem[J]. 保鲜与加工, 2007, 0(9): 60-63
作者姓名:LIU Huai-yi  YANG Xiao-fan  SUN Li-ping  SI Pei  WANG Can
作者单位:College of Computer Science, Chongqing University, Chongqing 400030, China
摘    要:As the MCP is NP-hard, an efficient approach to treating this problem is to design appropriate recurrent neural networks. We develop a new algorithm for the MCP, which can, to a certain extent, prevent the associated neural network from falling into local optimal points. The proposed algorithm incorporates nonlinear self-feedback into the SLDN algorithm and has distinguished dynamical characteristics. Simulation results show that the performance of proposed algorithm is statistically superior to the SLDN algorithm.

关 键 词:maximum clique problem   heuristic algorithm   neural network   non-linear self-feedback
修稿时间:2007-05-16

Using a Neural Network with Nonlinear Self-feedback to Solve the Maximum Clique Problem
LIU Huai-yi,YANG Xiao-fan,SUN Li-ping,SI Pei,WANG Can. Using a Neural Network with Nonlinear Self-feedback to Solve the Maximum Clique Problem[J]. Storage & Process, 2007, 0(9): 60-63
Authors:LIU Huai-yi  YANG Xiao-fan  SUN Li-ping  SI Pei  WANG Can
Affiliation:College of Computer Science, Chongqing University, Chongqing 400030, China
Abstract:As the MCP is NP-hard, an efficient approach to treating this problem is to design appropriate recurrent neural networks. We develop a new algorithm for the MCP, which can, to a certain extent, prevent the associated neural network from falling into local optimal points. The proposed algorithm incorporates nonlinear self-feedback into the SLDN algorithm and has distinguished dynamical characteristics. Simulation results show that the performance of proposed algorithm is statistically superior to the SLDN algorithm.
Keywords:maximum clique problem   heuristic algorithm   neural network   non-linear self-feedback
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