 L. Wang, Y. Cheng and J. Hu, "A
QuasiARX Neural Network with Switching
Mechanism to Adaptive Control of
Nonlinear Systems", SICE Journal of
Control, Measurement, and System
Integration, Vol.3, No.4, 2010.
 L. Wang and J. Hu, "An Improvement
of QuasiARX Predictor to Control of
Nonlinear Systems Using Nonlinear PCA
Network", in Proc. of ICROSSICE
International Joint Conference 2009
(Fukuoka), 8, 2009, pp.50955099.
 古月 敬之, "第二章 線形特性を有するニューラルネットワーク",
渡辺桂吾編著, 「ニューラルネットワーク計算知能」, pp.2749,
森北出版株式会社, 東京, 2006
 J.Hu and K.Hirasawa, "A Method for
Applying Neural Networks to Control of
Nonlinear Systems", in book entitled
Neural Information Processing: Research
and Development, J.C.Rajapakse and
L.Wang, Eds, pp..351369, Springer,
Berlin, GERMANY, 2004.
 古月・平澤,
"非線形システムの制御のためのニューラルネットワーク予測モデル",
計測自動制御学会論文集, Vol.39, No.2, pp.168175,
2003
 J.Hu, K.Kumamaru and K.Hirasawa, " A
QuasiARMAX Approach to the Modeling of
Nonlinear Systems ", International
Journal of Control, Vol.74, No.18,
pp.17541766, 2001.
 J.Hu, K.Kumamaru and K.Hirasawa, "A
Neurofuzzy Approach to Fault Detection
of Nonlinear Systems ", Journal of
Advanced Intelligence, Vol.3, No.6,
pp.524531,1999.
 J.Hu, K.Hirasawa and K.Kumamaru, " A
NeurofuzzyBased Adaptive Predictor for
Control of Nonlinear Systems ", Trans.
of the Society of Instrument and Control
Engineering, Vol.35, No.8,
pp.10601068,1999.
 J.Hu, K.Kumamaru, K.Inoue and
K.Hirasawa, " KDIBased Robust Fault
Detection in Presence of Nonlinear
Undermodeling", Trans. of the Society of
Instrument and Control Engineering,
Vol.35, No.2, pp.200207,1999
 J.Hu, K.Kumamaru, K.Inoue and
K.Hirasawa, " A Hybrid QuasiARMAX
Modeling Scheme for Identification of
Nonlinear Systems ", Trans. of the
Society of Instrument and Control
Engineering, Vol.34, No.8,
pp.977985,1998.
