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Abstract
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Fisher information and Kullback-Leibler information which have started to become more common in recent decades, are the criteria for measuring information. Nowadays,Kullback-Leibler information has become one of the most important criterion in reliability.Cumulative Kullback-Liebler information has been recently introduced as a new genetalization of the Kullback-Leibler criterion based on cumulative distribution function.
In this stduy, apart from having a review on the fundamentals, the theory of cumulative Kullback-Leibler information is introduced and its characteristics and limitations are mentioned. Moreover, feasibility of applying the dynamic cumulative Kullback-Leibler for past lifetime is discussed. In conclusion, feasibility of utilizing cumulative Kullback-Leibler to measure the levels of gray in images and their resolutions, is proved
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