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Supplement to 'Self-Organizing Artificial Neural Networks in Dynamic SystemsModeling and Control'

机译：“动态系统建模与控制中的自组织人工神经网络”补充

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The doctoral thesis discusses the potential of self-organizing networks appliedto the modeling and control of dynamic systems. The text in the thesis is rather compressed--many derivations are skipped and theoretical discussions are omitted. The report gives background material that may be useful for a person that is interested in the subject.

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作者
Hyoetyniemi, H.;
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年度 1996
页码 1-63
总页数 63
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Neural nets; Dynamical systems; Control theory; Artificial intelligence; Selforganizing systems; Probability theory; Topology; Weighting functions; Algorithms; Least squares method; Kalman filters; Optimal control;

机译：神经网络;动力系统;控制理论;人工智能;自组织系统;概率论;拓扑;加权函数;算法;最小二乘法;卡尔曼滤波器;最优控制;

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1. Video-tracking of zebrafish (Danio rerio) as a biological early warning system using two distinct artificial neural networks: Probabilistic neural network (PNN) and self-organizing map (SOM) [J] . Teles Luis Oliva, Fernandes Miguel, Amorim Joao, Aquatic Toxicology . 2015,第Null期

机译：Zebrafish（Danio Rerio）作为一种使用两个不同人工神经网络的生物预警系统的视频跟踪：概率神经网络（PNN）和自组织地图（SOM）
2. Part 3: Artificial neural networks in drinking water and wastewater process control / Partie 3 : les réseaux neuronaux artificiels dans le contrôle des processus d'eau potable et d'eaux usées - Advanced process control techniques for water treatment using artificial neural networks [J] . Shariff Riyaz, Cudrak Audrey, Zhang Qing, Journal of Environmental Engineering and Science . 2004,第Supplementa1期

机译：第3部分：饮用水和废水过程控制中的人工神经网络/第3部分：饮用水和废水过程控制中的人工神经网络-使用人工神经网络进行水处理的先进过程控制技术
3. N.E.ME.SYS: A PLANETARY LEGGED ROVER CONTROLLED WITH DYNAMICAL ARTIFICIAL NEURAL NETWORKS [J] . Mauro Massari, Guido Sangiovanm, Franco Bernelli-Zazzera Intelligent automation and soft computing . 2008,第3期

机译：N.E.ME.SYS：用动态人工神经网络控制的行星腿流动站
4. Using self-organizing artificial neural networks for solving uncertain dynamic nonlinear system identification and function modeling problems [C] . Garside, J.J., Ruchti, . 1992

机译：使用自组织人工神经网络解决不确定的动态非线性系统辨识和功能建模问题
5. Hybrid neural networks: Using artificial neural networks for the analysis and control of biological neural networks. [D] . Chiu, Alan Wing Lun. 2002

机译：混合神经网络：使用人工神经网络来分析和控制生物神经网络。
6. Nonlinear Dynamics Analysis of a Self-Organizing Recurrent Neural Network: Chaos Waning [O] . Jürgen Eser, Pengsheng Zheng, Jochen Triesch -1

机译：自组织循环神经网络的非线性动力学分析：混沌
7. Temporal Dynamics and Patterning of Meiofauna Community by Self-Organizing Artificial Neural Networks [O] . Won-Cheol Lee, Sung-Ho Kang, Paul A. Montagna, 2003

机译：自组织人工神经网络的梅诺森纳社区的时间动态与图案
8. Self-Organizing Artificial Neural Networks in Dynamic Systems Modeling andControl [R] . Hyoetyniemi, H. 1994

机译：动态系统建模与控制中的自组织人工神经网络

Supplement to 'Self-Organizing Artificial Neural Networks in Dynamic SystemsModeling and Control'

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