H. Geirinhas Ramos

发表

A More Accurate Machine Learning Photovoltaic System Performance Analyser by Using Fuzzy Logic

Fernando Morgado-Dias, H. Geirinhas Ramos, J. P. Carvalho, 2018 .

Liftoff insensitive thickness measurement of aluminum plates using harmonic eddy current excitation and a GMR sensor

H. Geirinhas Ramos, A. Lopes Ribeiro, J. Couto Arez, 2012 .

Software environments for the implementation of virtual instrumentation

H. Geirinhas Ramos, P. Silva Girao, 1998 .

USING A MOUSE POINTER AS A POSITIONING DEVICE IN EDDY CURRENT TESTING

Octavian Postolache, H. Geirinhas Ramos, Tiago Rocha, 2009 .

A simple forward direct problem solver for eddy current non-destructive inspection of aluminum plates using uniform field probes

Octavian Postolache, H. Geirinhas Ramos, A. Lopes Ribeiro, 2012 .

Machine Learning PV System Performance Analyser

Fernando Morgado-Dias, H. Geirinhas Ramos, Sandy Rodrigues, 2017 .

EddyCurrent Testing ofConductive Materials

H. Geirinhas Ramos, Petr Jezdik, A. LopesRibeirol, 2008 .

Impact of virtual instrumentation in teaching automated measurement systems

H. Geirinhas Ramos, P. Silva Girao, A. Cruz Serra, 1996 .

Taxonomic problems on ADC characterisation

A. Cruz Serra, H. Geirinhas Ramos, P. Silva Girao, 1998 .

A two-dimensional vector model of ferromagnetic hysteresis

H. Geirinhas Ramos, A. Lopes Ribeiro, P. Silva Girao, 1994 .

Characterization of Defects in Aluminum Plates Using GMR Probes and Neural Network Signal Processing

H. Geirinhas Ramos, A. Lopes Ribeiro, O. Postolache, 2008 .

GMR array uniform eddy current probe for defect detection in conductive specimens

Octavian Postolache, Artur Lopes Ribeiro, H. Geirinhas Ramos, 2013 .