Implementation of Fixed and Floating Point Square Root Using Nonrestoring Algorithm on FPGA
Product Description
Implementation of Fixed and Floating Point Square Root Using Nonrestoring Algorithm on FPGA
Abstract—Square root is one of the fundamental arithmetic operations in signal and image processing algorithms. This article presents a novel pipelined architecture to implement N-bits fixed point square root in FPGA using non-restoring algorithm. Pipelining hazards were avoided by modifying the non-restoring algorithm resulting in a 30% improved latency time. Furthermore, the proposed architecture is flexible and can be modified as per the need of an application. < Final Year Project > The performance of the proposed system, as a function of execution time and power consumption per operation, has been compared with other floating point pipelined implementations. It is demonstrated that the proposed system is ∼ 2 times efficient compared to its counterparts.
Video
View Demo
Including Packages
Our Specialization
Support Service
Statistical Report
satisfied customers
3,589
Freelance projects
983
sales on Site
11,021
developers
175+
Reviews
There are no reviews yet.