Implementation of a simple SIMD processor in Verilog, core of which is a 16-bit SIMD ALU. 2's compliment calculations are implemented in this ALU. The ALU operation will take two clocks. The first clock cycle will be used to load values into the registers. The second will be for performing the operations. 6-bit opcodes are used to select the fun…

Create fast and efficient standard cell based adders, multipliers and multiply-adders.

16-bit Adder Multiplier hardware on Digilent Basys 3

An unsupervised transfer learning approach for rare disease transcriptomics

Dadda multiplier(8*8, 16*16, 32*32) in Verilog HDL.

The Verilog source code for DRUM approximate multiplier.

🔁 Form multiplier & replicator for Nette Framework

Posit Arithmetic Cores generated with FloPoCo

Booth encoded Wallace tree multiplier

Given A and B are 64-bit inputs. With two selection lines s1 and s0 to perform the operations, A+B, A-B, AB, C+AB using Baugh Wooley multiplier

A VHDL code generator for wallace tree multiplier

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Parameterized and 4-bit carry save multiplier design

32-bit Wallace and Dadda Tree Multiplier

An 8-bit multiplier is synthesized and simulated in Xilinx ISE using Verilog HDL. The multiplication is performed using Vedic Mathematics which is proved to consume less power and faster than conventional multipliers.

This repository contains approximate 8-bit multiplier Verilog code.

Source code for pure combinational 16 bit integer multiplier hardware

Booth's algorithm is a procedure for the multiplication of two signed binary numbers in two's complement notation. This code is a structural\behavioral implementation of the N bit Booth's multiplier in VHDL.

VHDL implementation of the Booth's multiplication algorithm