Design and Implementation of Image Processing Application with Zynq SoC

Abstract

Human brains can depict images much easier than texts and images convey a lot more information that is the reason why images are used as branding and advertisements. Digital image processing is the major technology that needs more simple algorithms to implement. In this paper, we implemented Image processing operations like Brightness, Inversion, and Threshold operations on FPGA using the Xilinx Vivado tool. The prototype verification is done with Zynq processing system (ZPS) interfaced with OLEDrgb peripheral module in Xilinx and Software Development Kit (SDK) tool environment. The proposed design is Zynq architecture based technology that is efficient for real-time embedded applications because of the ARM9 processing system with Software Development Kit is used for application software. The advantage of the proposed system is power efficient, high performance and flexible enhancement of the functionalities because of the re-configurable Zynq SoC.