demand forecasting; fuzzy set theory; genetic algorithms; gradient methods; learning (artificial intelligence); time series; water supply; FCM learning algorithm; FCM reconstruction procedure; ISEMK; MGM; automatic construction; daily water demand; experimental analysis; fuzzy cognitive maps learning; historical time series; historical water demand data; intelligent expert system; learning methodology; multistep gradient method; multistep supervised-learning; multivariate analysis; optimization genetic algorithm structure; population-based learning; population-based method; precipitation; prediction error; real coded genetic algorithm; software tool; structure optimization genetic algorithm; time series prediction; touristic activity; water demand prediction; wind speed; Algorithm design and analysis; Fuzzy cognitive maps; Genetic algorithms; Prediction algorithms; Sociology; Time series analysis; Fuzzy Cognitive Maps; Gradient Method; Multi-Step Learning Algorithms; Population-Based Learning Algorithms; Real Coded Genetic Algorithm; Structure Optimization Genetic Algorithm;
机译:基于模糊神经网络的模糊认知图的实现及其在时间序列预测中的应用
机译:进化模糊认知图在前列腺癌长期预测中的应用
机译:进化模糊认知图在肺部感染预测中的应用
机译:模糊认知地图在水需求预测中的应用
机译:模糊认知图:学习算法和生物医学应用
机译:模糊认知图推断的激活函数设计:在肺部感染诊断中的临床决策应用
机译:模糊FMEA应用程序与模糊认知地图相结合,以管理软件项目的风险
机译:基于模糊认知图的指挥控制创新知识库系统基于模糊认知图的指挥控制创新知识系统