Fault detection in uncertain systems using neuro-fuzzy modelling. - Newton Maruyama (1997)

Detecting faults in information poor systems using neurofuzzy models. - Newton Maruyama; Arthur L. Dexter (KES (2), 1998)

Modeling of hybrid supervisory systems using UML and Petri nets. - Paulo Eigi Miyagi; Emília Villani; Newton Maruyama (ETFA (2), 2001)

Feedback linearization for stabilization of a class of mobile, multibody systems. - Eric Conrado de Souza; Newton Maruyama (CDC, 2010)

Developing an ROV software control architecture: A formal specification approach. - Fabio Henrique de Assis; Fábio Kawaoka Takase; Newton Maruyama; Paulo Eigi Miyagi (IECON, 2012)

Virtual Enterprise Planning System using time windows and capacity constraint concepts. - Marcosiris A. O. Pessoa; Fabrício Junqueira; Diolino J. Santos Filho; Newton Maruyama; Lucas A. Moscato; Paulo E. Miyagi (IECON, 2012)

Modeling and Identification of an Open-frame Underwater Vehicle: The Yaw Motion Dynamics. - Juan Pablo Julca Avila; Julio Cezar Adamowski; Newton Maruyama; Fábio Kawaoka Takase; Milton Saito (J. Intell. Robotic Syst., 2012)

Time-energy Optimal Trajectory Planning over a Fixed Path for a Wheeled Mobile Robot. - Werther Alexandre de Oliveira Serralheiro; Newton Maruyama (ICINCO (2), 2017)

Treatment of Ventricular Assist Device Test Bench Data for Prediction of Failures and Improved Intrinsic Reliability. - Jeferson C. Dias; Jônatas C. Dias; Edinei P. Legaspe; Rodrigo Lima Stoeterau; Fabrício Junqueira; Newton Maruyama; Lucas Antônio Moscato; Paulo E. Miyagi; Diolino J. Santos Filho (DoCEIS, 2019)

Self-Tuning Time-Energy Optimization for the Trajectory Planning of a Wheeled Mobile Robot. - Werther Serralheiro; Newton Maruyama; Fabrício Saggin (J. Intell. Robotic Syst., 2019)