There are 0 repository under floating-point-arithmetic topic.
Large collection of number systems providing custom arithmetic for mixed-precision algorithm development and optimization for AI, Machine Learning, Computer Vision, Signal Processing, CAE, EDA, control, optimization, estimation, and approximation.
Constraint solver based on coverage-guided fuzzing
Calculate with error-free, faithful, and compensated transforms and extended significands.
Custom-Precision Floating-point numbers.
32 - bit floating point Multiplier Accumulator Unit (MAC)
soft_double provides a C++ software implementation of a double-precision floating-point data type
Fast Floating Point Operators for High Level Synthesis
A Python package for floating-point binary fractions. Do math in base 2!
Computer Architecture -VLSI -Verilog Codes-Xilinx-Irsim
A Node.js module that fixes the binary floating-point rounding "error" at the 17th decimal place of JavaScript numbers
Kahan Floating-Point (C++ implementation)
8051 ISA Subroutine Programs
DecimalJS is an arbitrary precision floating point arithmetic library based on PHP's bcmath extension.
An optimized JavaScript implementation of the MurmurHash3 algorithm.
Speedy, uncompromisingly accurate emulation of TI-Floats
Toolkit for studying numerical analysis and floating point algebra round-off
Floating point precision on PI
Fixed and float packages. Overcurrent relay.
building blocks for more accurate floating point results
Compilation of the assignments of the course of COL726: Numerical Algorithms (Spring 2021) and their solutions
Simple, naive implementation of arbitrary precision floating point numbers. Example for finding Euler's number is provided.
Arbitrary precision floating points stored in IEEE-754 format.
An implementation of the floating point addition and subraction using both NASM and C and comparing the two implementations.
Two layer RMIs on P4 capable network switches
Լողացող ստորակետով թվերի գումարում և հանում գործողությունների մշակումը թվային համակարգերում՝ ըստ IEEE 754 ստանդարտի
This repository contains the code for a 32 bit floating point number calculator that I made using Eclipse IDE.
A proof of concept for a Continuous Floating Origin system that is used to avoid Floating Point errors.