building blocks for more accurate floating point results
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Updated
Jan 26, 2018 - Julia
building blocks for more accurate floating point results
Basic operations on floating-point arithmetic. Created at the University as the project within Numerical Methods classes in 2014. The purpose of this project was to learn how computers calculate based on floating-point arithmetic.
Simple floating point arithmetic program for the bash command line
Simulation of Designs of Basic Computer & Processor Architecture(4-bit MIPS CPU, Floating Point Adder) in Logisim as assignments of Computer Architecture Sessional course of CSE 306 of CSE, BUET
Big floating point library for 256 byte floating point, which is project for my Uni classes. Includes unit tests written using Qt Test framework.
An implementation of the floating point addition and subraction using both NASM and C and comparing the two implementations.
Experimental (unstable) “fast-math” wrappers for f32, f64
float-arithmatic
DecimalJS is an arbitrary precision floating point arithmetic library based on PHP's bcmath extension.
A Node.js module that fixes the binary floating-point rounding "error" at the 17th decimal place of JavaScript numbers
[OBSOLETE] The recipe is now in https://github.com/conan-io/conan-center-index
This repository contains the code for a 32 bit floating point number calculator that I made using Eclipse IDE.
Synchronous and Asynchronous FIFO with AXI interface
Floating point precision on PI
An optimized JavaScript implementation of the MurmurHash3 algorithm.
A detailed and commented floating point multiplier code for a standard ARM architecture.
Fixed and float packages. Overcurrent relay.
A proof of concept for a Continuous Floating Origin system that is used to avoid Floating Point errors.
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