Abstract: The Fast Fourier Transform is incomplete without bitreversal. Novel parallel circuits for calculating bit reversal on data which is coming parallel are presented in this paper. The circuits are simplest, consisting of memories and multiplexers, and have the benefit of requiring the fewest multiplexers of all architectures for parallel bit reversal thus far, and tiny overall memory.Published By: Blue Eyes Intelligence Engineering and Sciences Publication (BEIESP) © Copyright: All rights reserved
This report deals with parallel algorithms for computing discrete Fourier transforms of real sequenc...
An efficient parallel form in digital signal processor can improve the algorithm performance. The bu...
Paper presents general methods of processing one- and two-dimensional signals that are based on func...
This brief presents novel circuits for calculating the bit reversal on parallel data. The circuits c...
This brief presents novel circuits for calculating bit reversal on a series of data. The circuits ar...
A wide variety of Fast Fourier Transform (FFT) algorithms employ a bit reversal method for the reord...
With the increasing demand for online/inline data processing efficient Fourier analysis becomes more...
Many versions of the Fast Fourier Trans� form require a reordering of either the in� put or the outp...
Abstract—This correspondence describes an efficient bit and digital reversal algorithm using vector ...
This correspondence presents a very short, simple, easy to understand bit-reversal algorithm for rad...
In this paper, we present a systematic approach to design hardware circuits for bit-dimension permut...
This paper presents a bit reversal circuit for continuous-flow parallel pipelined FFT processors. In...
In this study a multiprocessor C++ message passing interface implementation of a new bit-reversal al...
This paper explores the interplay between algorithm design and a computer's memory hierarchy. M...
Abstract: Reversible logic is one of the ways for power optimization. The produced circuits using th...
This report deals with parallel algorithms for computing discrete Fourier transforms of real sequenc...
An efficient parallel form in digital signal processor can improve the algorithm performance. The bu...
Paper presents general methods of processing one- and two-dimensional signals that are based on func...
This brief presents novel circuits for calculating the bit reversal on parallel data. The circuits c...
This brief presents novel circuits for calculating bit reversal on a series of data. The circuits ar...
A wide variety of Fast Fourier Transform (FFT) algorithms employ a bit reversal method for the reord...
With the increasing demand for online/inline data processing efficient Fourier analysis becomes more...
Many versions of the Fast Fourier Trans� form require a reordering of either the in� put or the outp...
Abstract—This correspondence describes an efficient bit and digital reversal algorithm using vector ...
This correspondence presents a very short, simple, easy to understand bit-reversal algorithm for rad...
In this paper, we present a systematic approach to design hardware circuits for bit-dimension permut...
This paper presents a bit reversal circuit for continuous-flow parallel pipelined FFT processors. In...
In this study a multiprocessor C++ message passing interface implementation of a new bit-reversal al...
This paper explores the interplay between algorithm design and a computer's memory hierarchy. M...
Abstract: Reversible logic is one of the ways for power optimization. The produced circuits using th...
This report deals with parallel algorithms for computing discrete Fourier transforms of real sequenc...
An efficient parallel form in digital signal processor can improve the algorithm performance. The bu...
Paper presents general methods of processing one- and two-dimensional signals that are based on func...