An Advanced Approach for Optical Large Size Colored Image Compression Using RGB Laser Beams: Simulation Results

Abstract

Theoretical image compression could have the ability to effectively reduce the data size by eliminating undesirable information to consequently get more space as well as time for hastening transmission. The objective of the proposed approach is to introduce a new algorithm for color image compression using RGB laser beams and reduce the time required to compress/decompress an image due to coherent optics. Research methodology used laser beams as a solution to simulate, implement, analyze, and evaluate images. Succinctly, the advantages of this approach are simple, fast, straightforward, and can be done numerically or optically. An optical setup for compression/decomposition of colored images has been actually indicated. In addition, we provided illustrative simulations to validate our proposed method and assess its performance on various types of color images. The aim of this method is oriented towards large-sized images wherever the image is processed as a whole without being divided into blocks. The significance and outcome of the proposed approach are to reduce the time required to process an image and to hasten transmission. The most important recommendation of this paper is to implement optically the proposed implementation and evaluate the real-time obtained results.