High Speed Systolic Architecture 2-D Forward Lifting DWT IC for Analysis of Covid X-Ray Images

Abstract

This paper presents the design and implementation of the high-speed systolic architecture for 2D forward lifting based DWT structure for analysis of Covid  x-ray images. The detail analysis of various DWT architectures like convolution based and lifting based for image processing application is done. From the analysis it has been found that the systolic architecture is faster when compared to other architectures. This architecture uses high parallelism, has very high throughput, compact robust and efficient.  The real time images were used. The proposed design is implemented in FPGA using VHDL Programming. Quartus 2 tool is used.