In this study, we investigate advances in reversible data hiding (RDH), a critical area in the
era of widespread digital data sharing. Recognizing the inherent vulnerabilities such as …

Reversible data hiding (RDH) continues to advance in its applicability across diverse fields,
including medical imaging, military applications, and cloud computing. In recent times, there …

For the past few years, the data-hiding schemes are growing rapidly. Generally, data hiding
performs well on common images but it does not provide satisfying results on distortion …

In traditional reversible data hiding (RDH) methods, researchers pay attention to enlarge the
embedding capacity (EC) and to reduce the embedding distortion (ED). Recently, a …

Data hiding is a technique for embedding secret data into digitalized carriers, such as
images, videos, and documents. With remarkable demand for quality image in the past …

Although traditional reversible data hiding (RDH) methods work well at protecting the secret
data and guaranteeing the high visual quality of the cover image as well, the performance of …

Traditional reversible data hiding (RDH) focuses on enlarging the embedding payloads
while minimizing the distortion with a criterion of mean square error (MSE). Since …

Conventional reversible data hiding (RDH) techniques are concerned with hiding secret
information in the cover and extracting it along with the original cover at the receiver end. In …

Reversible Data Hiding (RDH) with Pixel-to-Block (PTB) mapping has recently been studied
for content authentication and annotation applications of digital images keeping the original …

As a typical reversible data hiding scheme, the performance of histogram shifting (HS)
technique is dependent on the selected side information, ie, peak and zero bins. Due to the …