Compared with the state-of-the-art methods, the proposed approach provides higher embedding capacity .Can reconstruct the original image and the embedded message perfectly.To validate the superior performance of our scheme, extensive experimental results are provided.

The early works mainly utilized the lossless compression algorithm to compress certain image features, to vacate room for message embedding.

Histogram shifting based technique, initially designed by Ni et al. is another class of approach achieving better embedding performance through shifting of the histogram of some image features.

Recently, the research on signal processing over encrypted domain has gained increasing attention, primarily driven by the needs from cloud computing platforms and various privacy-preserving applications. 

This has triggered the investigation of embedding additional data in the encrypted images in a reversible fashion.

In this paper, we propose an encrypted-domain RIDH scheme by specifically taking the above-mentioned design preferences into consideration.

The proposed technique embeds message through a public key modulation mechanism and performs data extraction by exploiting the statistical distinguishability of encrypted and nonencrypted image blocks. 

Extensive experimental results on 100 test images validate the superior performance of our scheme.