Abstract: This study gives us a conceptual description of Xilinx System Generator-based hardware and software simulation for image processing (XSG). The Simulink model is used in many hardware processes in many different Xilinx operations, and this could implement on a variety of FPGAs. This paper outlines an effective architecture for a variety of applications. Image negative processing algorithms, Image Edge Detection, enhancement, contrast stretching. Range Highlighting, Image Brightness Control, Parabola transformation for Grayscale photos and Color photos with few feasible blocks used in System Generators. The performance of various architectures in Virtex5 prototyping FPGA board XUPV5-LX110T is presented.
Key words: Image Processing, Xilinx System Generator, Field Programmable Gate Array (FPGA), Simulink and transformation.
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