Abstract
A wavelet-expansion approach to reconstruct the noisy temperature field in optical computerized tomography (OCT) measurement is described. The reconstruction quality and computational efficiency of this method has been compared with some of the series expansion approach [algebraic reconstruction (ART), simultaneous algebraic reconstruction (SART) and multiplicative algebraic reconstruction (MART)]. Through computer numerical simulation, the affection of the measure errors to the reconstruction result has been studied and a sensitive equation of reconstruction error was established.
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