Q-statistics in dynamic speckle pattern analysis

H. RABAL, N.CAP, M.TRIVI, M.GUZMAN

Optics and Lasers in Engineering

Elsevier

Lugar: Bellingham; Año: 2012 vol. 50 p. 855 - 861

0143-8166

We introduce q statistics concepts to improve the performance of some methods based on the histogram to estimate dynamic speckle activity. It is shown that some improvements are obtained by choosing appropriate q values that have been empirically determined. The possibility of increasing the precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. histogram to estimate dynamic speckle activity. It is shown that some improvements are obtained by choosing appropriate q values that have been empirically determined. The possibility of increasing the precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. histogram to estimate dynamic speckle activity. It is shown that some improvements are obtained by choosing appropriate q values that have been empirically determined. The possibility of increasing the precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. histogram to estimate dynamic speckle activity. It is shown that some improvements are obtained by choosing appropriate q values that have been empirically determined. The possibility of increasing the precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. histogram to estimate dynamic speckle activity. It is shown that some improvements are obtained by choosing appropriate q values that have been empirically determined. The possibility of increasing the precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. q statistics concepts to improve the performance of some methods based on the histogram to estimate dynamic speckle activity. It is shown that some improvements are obtained by choosing appropriate q values that have been empirically determined. The possibility of increasing the precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint. q values that have been empirically determined. The possibility of increasing the precision and diminishing the acquisition time are explored for a usual study case as is the drying of paint.