Main Article Content
Abstract
major concern is to embed and recover the watermark symbol with least loss. The quality of novel image gets after extraction is extremely degraded and not restorable for various image processing application. The reversible watermarking scheme can be vital to restore the novel image exclusive of any distortions for medical and military image applications. In the proposed paper, the multiple reversible watermarking scheme is projected based on a compression method. The multiple watermarks are combined into a composite watermark symbols using a multiple composite watermarking technique for soaring security. In the proposed algorithm the fifth bit-plane of detail sub-bands of the novel image is compressed using arithmetic coding technique and then the composite watermark symbol is embedded. The multiple reversible watermarking scheme has attained the soaring embedding capacity, superior imperceptibility and soaring security for dissimilar wavelet families and the algorithm has been experienced for common, military and medical images.