An Algorithm on Generalized Un Sharp Masking for Sharpness and Contrast of an Exploratory Data Model

Dontabhaktuni Jayakumar, Bandi Pullarao, Vanukuru Pradeep

About four key words or phrases in alphabetical order, separated by commas.

In the applications like medical radiography enhancing movie features and observing the planets it is necessary to enhance the contrast and sharpness of an image. The model proposes a generalized unsharp masking algorithm using the exploratory data model as a unified framework. The proposed algorithm is designed as to solve simultaneously enhancing contrast and sharpness by means of individual treatment of the model component and the residual, reducing the halo effect by means of an edge-preserving filter, solving the out of range problem by means of log ratio and tangent operations. Here is a new system called the tangent system which is based upon a specific bargeman divergence. Experimental results show that the proposed algorithm is able to significantly improve the contrast and sharpness of an image. Using this algorithm user can adjust the two parameters the contrast and sharpness to have desired output.

10.22161/ijaers/3.9.10