Restoration of turbulence-degraded images by the most-common method

Y. Glick; A. Baram; H. M. Loebenstein; Z. Azar

doi:10.1364/AO.30.003924

Applied Optics
Vol. 30,
Issue 27,
pp. 3924-3929
(1991)
•https://doi.org/10.1364/AO.30.003924

Restoration of turbulence-degraded images by the most-common method

Y. Glick, A. Baram, H. M. Loebenstein, and Z. Azar

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Y. Glick, A. Baram, H. M. Loebenstein, and Z. Azar, "Restoration of turbulence-degraded images by the most-common method," Appl. Opt. 30, 3924-3929 (1991)

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Abstract

A method for improving turbulence-degraded pictures is proposed and demonstrated. The algorithm is based on a study of the time distribution of the gray-level values of each pixel in a series of short-exposure video frames.

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Figure	Most Common	Average	Standard Deviation	μ₃ ^a/μ₂^3/2 ^b	μ₄ ^a/μ₂² ^b
3(a)	11	12.9	2.35	1.072	3.63
3(b)	12	14.1	2.66	0.770	3.31
3(c)	14,16^c	15.75	2.99	0.404	2.72
3(d)	19	17.1	2.74	−0.382	2.62
3(e)	19	18.5	2.03	−0.880	3.98

Pictures	Q_i^b	Q_j^b
Morning picture (Fig. 1)	2.58	3.16
Afternoon picture (Fig. 2)	1.48	0.97
Average picture (Fig. 4)	1.06	1.52
Most common picture (Fig. 5)	2.27	2.10

Figure	Most Common	Average	Standard Deviation	μ₃ ^a/μ₂^3/2 ^b	μ₄ ^a/μ₂² ^b
3(a)	11	12.9	2.35	1.072	3.63
3(b)	12	14.1	2.66	0.770	3.31
3(c)	14,16^c	15.75	2.99	0.404	2.72
3(d)	19	17.1	2.74	−0.382	2.62
3(e)	19	18.5	2.03	−0.880	3.98

Pictures	Q_i^b	Q_j^b
Morning picture (Fig. 1)	2.58	3.16
Afternoon picture (Fig. 2)	1.48	0.97
Average picture (Fig. 4)	1.06	1.52
Most common picture (Fig. 5)	2.27	2.10

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Applied Optics