![]() High security layers have been proposed through multi layers to make it difficult to break through the encryption of the input data using RC6 algorithm. ![]() based on both visual and statistical that defined by main cases with there cases for each byte in one pixel. These pixels are selected randomly with Path-based animation rather than sequentially using new concept. We have been used adaptive image filtering and adaptive image segmentation with bits replacement on the appropriate pixels. This study deals with constructing and implementing new algorithm based on hiding a large amount of data (image, audio, text) file into color GIF image. Previous colored pixels, hence the scheme is calledĭifferential Pixel Color Comparison. Since in this scheme requireĬolor of next pixel is depend upon the difference values of Proposing a fusion scheme that will fill the missing area Which the pixel in missing area can be filled. If we require interpolating missing area inĪ photo, we need a function that can return the value by patches with the help of image processing.Īs we know that the interpolation is the process ofĭefining a function that takes on specified values at At the time of stitching may be possible to miss Reconstruction from multiple images require stitching of Mathematics and real life observations to their projectsĮvery field is require 3D representation. The aim of computer graphics is headed toward Industry experiments proved that GUI developed by the components library has small occupation space and high real-time performance, can stably run in embedded platform environment, and supply powerful technical support for the interactivity of IMS. Based on modularization principle, combined with some related industry monitoring and fault diagnostic algorithms, GUI shared components library oriented to IMS was developed by primary C language, that could resolve the problem of cross-platform applicability and be configured and tailored for specific demand of users. By internal communication interface of Qt, the message mapping mechanism which would not require call-back was realized, context switch speed was improved, and GUI development process would become simply. Using multi-thread method, system parallel processing abilities of data collection, analysis and display were enhanced, and real-time performance and rapidity were guaranteed. The Qt/E library file was tailored according to basic requirement of IMS. Aiming at some problems of embedded industry monitoring system graphic user interface (IMS-GUI) such as large occupation space, bad configuration ability and poor real-time performance, an embedded IMS-GUI components library realization method based on Qt/E was put forward.
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