A Novel approach for Image Processing based on colluding of Raspberry-Pi and FPGA adopting IoT

Internet of Things (IoT) enters every aspect of life, image processing has advanced to a new level. Numerous applications in the field of image processing, such as image filtering and processing, are being produced using these systems. This system's realization was finished using a Raspberry Pi and acheap FPGA called the ZedBoard Zynq 7000. The output for the original image has been acquired after going through many imageprocessing filters, including the Gaussian, Sharpening, and Average filters, and the results have been shown on a VGA monitor. Also for Lena's 256x256-pixel image, edge detection and grayscale processing have been carried out. It has been seen that chips are being used.

I. INTRODUCTION

The Xilinx Corporation created the FPGAs before thirty years passed [1]. These FPGAs are utilized today for many different things, including image processing and automatic irrigation systems. Many research fields leverage the many FPGA-based applications of IoTs enabled devices. The growth of IoT devices has led to the development of a variety of gadgets, which has reduced the need for human labor [2]. The current scenario is illustrated in figure 1, where web server-based Verilog-VHDL code is created to create an IoTs-based VLSI design.