This repository holds some different architectures for multipliers which have been used alongwith verilog code and testbench as well.
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Updated
Jun 8, 2023 - Verilog
This repository holds some different architectures for multipliers which have been used alongwith verilog code and testbench as well.
Esse foi um desafio de código bastante interessante, que consiste em criar uma API utilizando NodeJS e conectar aos bancos de dados MySQL e PostgreSQL.
Verilog implementation of the Booth's multiplication algorithm.
Parameterized and 4-bit carry save multiplier design
Contains the RTL code and test benches for multipliers
A detailed and commented floating point multiplier code for a standard ARM architecture.
By using the code of python, you can make any multiplier of number. Enjoy!!
32-bit Single Precision Floating point Multiplication
verilog design of first multiplier design and architecture
Code and data for the paper "A Theory of Countercyclical Government Multiplier"
Signed / unsigned multiplier / divider used by a microcode-driven prime number generator
BZ-FAD: A low-power low-area multiplier based on shift-and-add architecture
A few calculators using python!
Designed 10 bit multiplier, implemented using structural and RTL level design, and the functionality of 10 bit adder is completely synchronous.
Design and development of a complete RISC CPU with: five stage pipeline, forwarding, automatic hazard detection, BTB using LRU policy replacement, four-cycle hardware multiplier.
All needs for martingale calculating.
These are VHDL codes for a signed 4bit multiplier using 4bit adders. Base on Baugh-Wooley Method.
An 8-bit calculator that can multiply, add and subtract. Created and simulated in Quartus Prime and physically implemented in DEC-SOC1 FPGA.
Generator for unsigned n-bit modified Booth encoding Dadda tree multiplier code in VHDL written in C++. Based on https://github.com/HSOgawa/fast-multipliers/.
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