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Gabriel Preda
Gabriel Preda
Endava, Romania
Verified email at endava.com - Homepage
Title
Cited by
Cited by
Year
Polarization method for static fields
FI Hantila, G Preda, M Vasiliu
IEEE Transactions on Magnetics 36 (4), 672-675, 2000
1562000
Reconstruction of crack shapes from the MFLT signals by using a rapid forward solver and an optimization approach
Z Chen, G Preda, O Mihalache, K Miya
IEEE transactions on magnetics 38 (2), 1025-1028, 2002
682002
A nonlinear eddy-current integral formulation for moving bodies
R Albanese, FI Hantila, G Preda, G Rubinacci
IEEE transactions on magnetics 34 (5), 2529-2534, 1998
381998
Nonlinear FEM-BEM formulation and model-free inversion procedure for reconstruction of cracks using pulse eddy currents
G Preda, B Cranganu-Cretu, FI Hantila, O Mihalache, Z Chen, K Miya
IEEE transactions on magnetics 38 (2), 1241-1244, 2002
342002
Integral formulation and genetic algorithms for defects geometry reconstruction using pulse eddy currents
G Preda, M Rebican, FI Hantila
IEEE Transactions on Magnetics 46 (8), 3433-3436, 2010
262010
COVID-19 All Vaccines Tweets
G Preda
Kaggle Datasets, Kaggle.com, https://www.kaggle.com/datasets/gpreda/all …, 2021
162021
Neural network for inverse mapping in eddy current testing
G Preda, RC Popa, K Demachi, K Miya
IJCNN'99. International Joint Conference on Neural Networks. Proceedings …, 1999
121999
Calculul numeric al curentilor turbionari
IF Hănțilă, G Preda
Editura ICPE, 2001
112001
Crack Reconstruction in Ferromagnetic Materials using Nonlinear FEM-BEM Scheme and Neural I Networks
O Mihalache, G Preda, T Uchimoto, K Demachi, K Miya
Electromagnetic Nondestructive Evaluation (V) 21, 67, 2001
112001
Nonlinear integral formulation and neural network-based solution for reconstruction of deep defects with pulse eddy currents
G Preda, FI Hantila
IEEE transactions on magnetics 50 (2), 113-116, 2014
92014
Chinese MNIST: Chinese Numbers Handwritten Characters Images
G Preda
Kaggle Datasets, https://www.kaggle.com/datasets/gpreda/chinese-mnist, 2020
7*2020
Experimental measurements and numerical simulation of OD and ID in plate ferromagnetic materials using magnetic flux leakage
O Mihalache, G Preda, N Yusa, K Miya
Energy and Information in Non-Linear Systems, Proc. of the 4th Japan-Europe …, 2000
72000
Integral equation for 3D eddy-current in moving bodies
R Albanese, FI Hantila, G Preda, G Rubinacci
Revue roumaine des sciences techniques. Electrotechnique et énergétique 41 …, 1996
61996
Direct computation of static difference magnetic field in nonlinear magnetic materials and application to shape reconstruction of damaged areas in aging materials
B Cranganu-Cretu, FI Hantila, G Preda, Z Chen, K Miya
IEEE transactions on magnetics 38 (2), 1073-1076, 2002
52002
Reconstruction of magnetization from magnetic flux leakage for evaluation of material degradation
S Takaya, G Preda, K Demachi, T Uchimoto, K Miya
Electromagnetic Nondestructive Evaluation 2001, 291-298, 2000
52000
Covid19 tweets (2020)
G Preda
Available in: https://www. kaggle. com/gpreda/covid19-tweets. Accesses on May 21, 2021
42021
Eddy current solver for nondestructive testing using an integral-FEM approach and zero-thickness flaw model
G Preda, FI Hantila, M Rebican
Proc. 13th Biennial IEEE Conf. Electromagnetic Field Computation, CEFC 2008, 98, 2008
42008
Covid-19 world vaccination progress
G Preda
Kaggle, 2021
32021
BH curve reconstruction from MFL signals based on genetic algorithms
B Cranganu-Cretu, G Preda, O Mihalache, Z Chen, K Miya
International Journal of Applied Electromagnetics and Mechanics 15 (1-4 …, 2002
32002
LANL Earthquake EDA and Prediction
G Preda
https://www. kaggle.com/code/gpreda/lanl-earthquake-eda-and-prediction, 2019
22019
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