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[PDF] Top 20 Quaternary Adder Design on FPGA

Has 10000 "Quaternary Adder Design on FPGA" found on our website. Below are the top 20 most common "Quaternary Adder Design on FPGA".

Quaternary Adder Design on FPGA

Quaternary Adder Design on FPGA

... In the first step of addition the QSD carry/sum generator generates the 3 bit sum and the 2 bit carry, this 2 bit generated carry is given to the second step QSD adder which adds the previously generated carry ... See full document

6

Design and Analysis of Area and Delay Efficient Double Precision Floating -Point Adder

Design and Analysis of Area and Delay Efficient Double Precision Floating -Point Adder

... point adder. The whole design was captured in Verilog HDL, tested in simulation using Model Tech’s Modelsim, placed and routed on a Spartern 3E FPGA from Xilinx ...inexact design of FP adders ... See full document

7

Design Multiple Value Logic For Full Adder

Design Multiple Value Logic For Full Adder

... with Quaternary logic (0, 1, 2 and 3), the width of the bus is reduced from 16 to ...(Advance design system S/W) tool is popularly used and support the optimization of ... See full document

6

An Efficient Architecture for Double Precision Floating Point Adder with LOA S. Rajasekhar Reddy , M. Kalapana Chowdary, P. Kanvitha

An Efficient Architecture for Double Precision Floating Point Adder with LOA S. Rajasekhar Reddy , M. Kalapana Chowdary, P. Kanvitha

... Because of dynamic representation capabilities and a large spectrum of numbers can be represented with a limited number of bits, floating-point numbers are being widely adopted in the fields of scientific applications. A ... See full document

5

FPGA Implementation of Single Precision Floating Point Adder

FPGA Implementation of Single Precision Floating Point Adder

... Floating-point addition is the most frequent floating-point operation and accounts for almost half of the scientific operation. Therefore, it is a fundamental component of math coprocessor, DSP processors, embedded ... See full document

6

Design and implementation of a Hybrid High Speed Area Efficient Parallel Prefix Adder in an FPGA

Design and implementation of a Hybrid High Speed Area Efficient Parallel Prefix Adder in an FPGA

... operators. These operators are designed using multiplexers. The proposed hybrid architecture is implemented with 16-bit width operands on Xilinx Spartan 3E FPGA. The experimental results indicate that the proposed ... See full document

5

FPGA Implementation of Low Power Configurable Adder for Approximate Computing

FPGA Implementation of Low Power Configurable Adder for Approximate Computing

... accuracy-configurable adder that also maintains a small design area. The proposed adder is based on the conventional carry look-ahead adder, and its configurability of accuracy is realized by ... See full document

6

An FPGA based Area-Delay Efficient 64-bit Carry Select Adder Design for High-Speed Applications

An FPGA based Area-Delay Efficient 64-bit Carry Select Adder Design for High-Speed Applications

... A gate level modification in the conventional CSLA in proposed in [15] to show a sophisticated and area-power efficient CSLA architecture. Minimized logic operation based architecture is used in this referenced paper to ... See full document

7

FPGA IMPLEMENTATION OF FAST ADDER USING CARRY SAVE RECONFIGURABLE ADDER

FPGA IMPLEMENTATION OF FAST ADDER USING CARRY SAVE RECONFIGURABLE ADDER

... reconfigurable adder. The architecture of the adder is such that it should add two operands ...The adder will be design as an IP (Intellectual Property) ...reconfigurable adder is then ... See full document

8

A NOVEL DELAY EFFICIENT CARRY-SELECT ADDER USING RECURSIVE LOGIC Priyanka Agrawal 1, Prof. Vijay Yadav2 , Prof. Rahul Shrivastava

A NOVEL DELAY EFFICIENT CARRY-SELECT ADDER USING RECURSIVE LOGIC Priyanka Agrawal 1, Prof. Vijay Yadav2 , Prof. Rahul Shrivastava

... microprocessor design which is enhancing ...important design constraints that are useful in increasing battery life and maintaining ...The design of low delay and low-power VLSI architectures require ... See full document

8

Design and Simulation of Advance Multi Precision Arithmetic Adder Using VHDL

Design and Simulation of Advance Multi Precision Arithmetic Adder Using VHDL

... the design of digital circuits using programmable logic array such as FPGA/CPLD low propagation delay, high speed & low area are the major parameter to be ...carry adder, Carry look-ahead ... See full document

6

Design and Implementation of FPGA Using Error Tolerant Adder for Image Processing Application

Design and Implementation of FPGA Using Error Tolerant Adder for Image Processing Application

... the adder to be large and fast. The traditional ripple-carry adder (RCA) is therefore no longer suitable for large adders because of its low-speed ...carry-skip adder (CSK), carry-select adder ... See full document

7

DESIGN OF QUATERNARY ADDER FOR HIGH SPEED APPLICATIONS

DESIGN OF QUATERNARY ADDER FOR HIGH SPEED APPLICATIONS

... of design such as area, delay and ...the Quaternary Signed Digit number (QSD) system which comes under the Multiple Valued Logic (MVL); to achieve fast processing by achieving the carry free arithmetic ... See full document

12

Design and Implementation of Logic Gates and Adder Circuits on FPGA Using ANN

Design and Implementation of Logic Gates and Adder Circuits on FPGA Using ANN

... As the title suggests our project deals with the hardware implementation of Artificial Neural Networks using Activation functions as application on Logic Gates ,Half Adder and Full Adder. In technological ... See full document

9

Subtraction And Addition Design Using Field Programmable Gate Array (FPGA)

Subtraction And Addition Design Using Field Programmable Gate Array (FPGA)

... the design of various n-bit is ...Ahead adder with the VHDL primitive and to prove that VHDL is implemented as optimized 4-bit CLA and can be use to develop n-bit ... See full document

24

Design of low Power Application specific ALU

Design of low Power Application specific ALU

... Conventional adder circuit is one of the basic units in an ALU to perform the arithmetic ...of quaternary adder is also given which is also used for arithmetic operation but it uses the number in ... See full document

6

FPGA based New Hybrid Adder Design with the Optimal Bit Width Configuration

FPGA based New Hybrid Adder Design with the Optimal Bit Width Configuration

... to design an efficient adder circuits in terms of high speed, small area and low power ...compact design but the slowest in ...select adder design ...select adder design ... See full document

5

Design and FPGA Implementation of Optimized Parallel Prefix Adder

Design and FPGA Implementation of Optimized Parallel Prefix Adder

... Richard P. Brent et al [1] has discussed an efficient way to reduce the chip area and design cost. The model presented is intended to be general and realistic at the same time to apply current VLSI technology. ... See full document

11

Simulation of intend model of full adder in MVL

Simulation of intend model of full adder in MVL

... earlier quaternary logic system offers significant advantages in ...In quaternary logic system, logic levels ranges from 0 to 3 as against 0 and 1 in binary ... See full document

8

Design and Performance Analysis of Various Adders using Verilog

Design and Performance Analysis of Various Adders using Verilog

... Various adders are designed by using Verilog HDL. Simulation and synthesis are done by using Xilinx ISE 13.2 for Virtex-6 family device with a speed grade of -2. In simulation results, Technology View describes top block ... See full document

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