Cloud computing is considering as a popular computing model in the Western World. It is still not well understood by much higher education (HE) institutions in the developing world. CC will have a huge effect on the academic and learning environment which will enable their users (i.e., students, educators, and heads) to play out their undertakings adequately with less expense by using the accessible applications based on the clouding offered by the cloud specialist organizations. This study aims to evaluate the factors that influence the adoption of CC for Higher Education within the Kurdistan Region in Iraq. The study was performed utilizing a non-experimental study exploratory research design. This exploratory study included an essential investigation into secondary data. The study development and modeling of secondary data to highlight the final results of the research. Through reviewing the literature of the existing frameworks in CC adoption, it is showed that there are limited institutions developed over the latest years. Moreover, HE in Kurdistan Region needs continued attention to get government support and redesign the educational system to cover all the core aspects in a better way. Here, at any time there is a need to access the applications, software and hardware, platform, and infrastructure; the most required is to have the internet service.

Cloud computing is considering as a popular computing model in the Western World. It is still not well understood by much higher education (HE) institutions in the developing world. CC will have a huge effect on the academic and learning environment which will enable their users (i.e., students, educators, and heads) to play out their undertakings adequately with less expense by using the accessible applications based on the clouding offered by the cloud specialist organizations. This study aims to evaluate the factors that influence the adoption of CC for Higher Education within the Kurdistan Region in Iraq. The study was performed utilizing a non-experimental study exploratory research design. This exploratory study included an essential investigation into secondary data. The study development and modeling of secondary data to highlight the final results of the research. Through reviewing the literature of the existing frameworks in CC adoption, it is showed that there are limited institutions developed over the latest years. Moreover, HE in Kurdistan Region needs continued attention to get government support and redesign the educational system to cover all the core aspects in a better way. Here, at any time there is a need to access the applications, software and hardware, platform, and infrastructure; the most required is to have the internet service.

"Watermarking" is one method in which digital information is buried in a carrier signal; the hidden information should be related to the carrier signal. There are many different types of digital watermarking, including traditional watermarking that uses visible media (such as snaps, images, or video), and a signal may be carrying many watermarks. Any signal that can tolerate noise, such as audio, video, or picture data, can have a digital watermark implanted in it. A digital watermark must be able to withstand changes that can be made to the carrier signal in order to protect copyright information in media files. The goal of digital watermarking is to ensure the integrity of data, whereas steganography focuses on making information undetectable to humans. Watermarking doesn't alter the original digital image, unlike public-key encryption, but rather creates a new one with embedded secured aspects for integrity. There are no residual effects of encryption on decrypted documents. This work focuses on strong digital image watermarking algorithms for copyright protection purposes. Watermarks of various sorts and uses were discussed, as well as a review of current watermarking techniques and assaults. The project shows how to watermark an image in the frequency domain using DCT and DWT, as well as in the spatial domain using the LSB approach. When it comes to noise and compression, frequency-domain approaches are far more resilient than LSB. All of these scenarios necessitate the use of the original picture to remove the watermark. Out of the three, the DWT approach has provided the best results. We can improve the resilience of our watermark while having little to no extra influence on image quality by embedding watermarks in these places.