Abstract In this work, we addressed how to develop texture images which have both texture generation and text synthesis. We have utilized natural features like terrain, fire, clouds, water, fog and vegetation to develop the images with graphics. The small digital images sometimes do not have the visible boundaries and markings for which we have used texture synthesis. We have... In this work, we addressed how to develop texture images which have both texture generation and text synthesis. We have utilized natural features like terrain, fire, clouds, water, fog and vegetation to develop the images with graphics. The small digital images sometimes do not have the visible boundaries and markings for which we have used texture synthesis. We have experimented with our procedures and found the results interesting and helped to generate the textures. Read More Read Less

Abstract Watermark embedding with high resolution and quality is an ongoing process. We have tested the performance of SVD algorithms and then inserted them using the video which is coded by H.264/AVC coder. We found that the imprint factors are not compressed to ensure the quality of the images. Using the average squared error, the quality of the separated watermark is... Watermark embedding with high resolution and quality is an ongoing process. We have tested the performance of SVD algorithms and then inserted them using the video which is coded by H.264/AVC coder. We found that the imprint factors are not compressed to ensure the quality of the images. Using the average squared error, the quality of the separated watermark is protected with video coding. Read More Read Less

Abstract Using 3D modelling, we have generated the video content. The structure and motion recovery features of the 3D modelling from the video are presented and our aim is to find the optimum algorithm that fits the features to develop the 3D model from many images. To explain the building exterior, we have created features using the required algorithms to use... Using 3D modelling, we have generated the video content. The structure and motion recovery features of the 3D modelling from the video are presented and our aim is to find the optimum algorithm that fits the features to develop the 3D model from many images. To explain the building exterior, we have created features using the required algorithms to use the triangular polygonal mesh. Read More Read Less