residue number system converter
DESIGN OF A QUINARY TO RESIDUE NUMBER SYSTEM CONVERTER USING MULTI-LEVELS OF CONVERSION
... The residue number system (RNS) is a non-weighted number system which speeds up the arithmetic operations by dividing them into smaller parallel ...
9
HDL Implementation of Five Moduli Residue Number System
... where M, the multiplication of all moduli, is known as the dynamic range. Moduli sets are classified into two categories: arbitrary and special. The lookup tables (LUTs) and combinational logic circuits are used in the ...
5
Digital and parallel distributed arithmetic parallel-prefix adder residue number system for reverse converter
... reverse converter using parallel prefix adder based multiplier for residue number system is ...existing system is applied to design the reverse ...proposed system the high speed ...
7
Performance Enhancement of MIMO-OFDM Using Redundant Residue Number System
... communication system, as shown in Figure (2) is initialized with a binary data random source, that is converted to residue numbers and protected from errors by adding parity residue symbols using the ...
7
An optimized two level discrete wavelet implementation using residue number system
... It is obvious that if the input word length is 16 bits, then the LUT size becomes huge because 2 16 locations will be needed. One way to reduce the size of memory is to divide it into smaller size, each consisting of 2 × ...
16
High Efficient Sign detector for Residue Number System
... In this paper, an alternative efficient sign detection algorithm for {2 n −1, 2 n , 2 n +1} is proposed. The proposed technique develops the new CRT-I to greatly simplify the 2 2n − 1 scaling of residue ...
10
Implementation of PPA-Brent Kung Adder For Computing Application
... of residue number system reverse converters based on Brent Kung adders is ...in Residue Number System reverse ...reverse converter designs and the performances are ...
8
Design and Implementation of Efficient Reversible Vedic multiplier for Low Power and High Speed Operations
... • Where these two bits are equal, the product accumulator P should be right shifted. Where yi = 0 and yi-1 should the multiplicand is added to P and then right shifted and where yi = 1 and yi-1 = 0, the multiplicand is ...
7
Comparative Study and Analysis of Performances among RNS, DBNS, TBNS and MNS for DSP Applications
... It is clear that when j = k = 0, the number system represented binary number system. The TBNS can be con- sidered as a three dimensional geometric representation which is suitable to implement ...
17
MIMO OFDM PAPR Reduction by DHT Based Residue Number System
... V residue signals are preformed modulations (in particular, OFDM in this paper) in the corresponding V residue sub ...each residue subchannel share the original frequency band through frequency ...
7
Residue Number System Arithmetic Assisted Coded Frequency Hopped OFDMA
... Orthogonal frequency division multiplexing (OFDM) has been widely accepted as an enabling technology for next generation wireless communication systems. In OFDM, high-rate data streams can be broken down into a ...
11
Overflow Detection in Residue Number System, Moduli Set {2n-1,2n,2n+1}
... — Residue Number System (RNS) is a non-weighted number system for integer number arithmetic, which is based on the residues of a number to a certain set of numbers called ...
8
Performance improvement in FIR filter using Residue Number System with modulo adders and multipliers
... VLSI (Very Large Scale integration) architecture for FIR filters which aims at reducing the power consumption, increasing the speed and also to reduce the hardware complexity using Residue Number ...
6
Molecular Dynamics Simulation of a NaK channel protein
... Figure 5 represents RMSF values of filter region of both the chains. It is evident from the figure that valine (residue number 64 of chainA) show the highest RMSF among the filter region residues. From this ...
7
Implementation of Single Precision Floating Point Processor Using Residue Number System
... ABSTRACT: The use of floating point unit has lot of application in real time embedded systems. Algorithms like fast fourier transform (FFT) from the digital signal processing (DSP) domain often make extensive use of ...
9
Multi Layer Data Encryption using Residue Number System in DNA Sequence
... A residue number system (RNS) [6 - 8] represents a large integer using a set of smaller integers, so that computation may be performed more ...
6
The application of multi-valued logic to the implementation of Residue Number System Hardware.
... Under this license, works must always be attributed to the copyright holder (original author), cannot be used for any commercial purposes, and may not be altered. Any other use would r[r] ...
220
Redundant Residue Number System Based Error Correction Codes
... If a residue number system is designed not only for the representation of data, but also for the protection of data, usually we design the RNS using so-called redundant moduli, in order [r] ...
5
Structural Identification of the Electrostatic Hot Spots for Severe Acute Respiratory Syndrome Coronavirus Spike Protein to Be Complexed with Its Receptor ACE2 and Its Neutralizing Antibodies
... In this table, the residue naming scheme is Chain ID residue name residue number ... In this table, the residue naming scheme is Chain ID residue name residue number[r] ...
365
Residue Number System: An Important Application in Bioinformatics
... Whenever RNS is to be applied, appropriate choice of moduli set is very important because it determines the speed of the system. The higher or more the dynamic range of the moduli set, the faster the system ...
6