Resumen

CUEVAS DE LA ROSA, Francisco Javier  y  SERVIN GUIRADO, Manuel. Neural Networks applied to 3D Object Depth Recovery. Comp. y Sist. [online]. 2004, vol.7, n.4, pp.285-295. ISSN 2007-9737.

In this work the application of neural networks (NNs) in tridimensional object depth recovery and structured light projection system calibration tasks is presented. In a first approach, a NN using radial basis functions (RBFNN) is proposed to carry out fringe projection system calibration. In this case the RBFNN is modeled to fit the phase information (obtained from fringe images) to the real physical measurements. In a second approach, a Multilayer Perceptron Neural Network (MPNN) is applied to phase and depth recovery from the fringe patterns. A scanning window is used as the MPNN input and the phase or depth gradient measurements is obtained at the MPNN output. Experiments considering real object depth measurement are presented.

Palabras llave : Neural networks; structured light projection systems; softcomputing; computer vision; optical metrology; fringe demodulation; depth recovery; phase measurement.

        · resumen en Español     · texto en Inglés     · Inglés ( pdf )