Search Results for "code source ping" - Page 61

The LTCodeSimulator (LTCodeS) implements the fountains code LT Code. This kind of codification was developed to obtain a simple algorithm based on the exclusive or operation to encode and decode the message.

Converts Gerber R-274X compliant files to G-Code suitable for a CNC solder paste dispenser. The user can input real world coordinates to align the board before code creation. Also supports batch jobs of multiple boards on the same work area.

Unified gravity wave drag parameterization codes for global climate models.

The thesis titled "On the Recognition of Emotion from Physiological Data" This thesis was submitted by Warren Creemers In Partial Fulfillment of the Requirements for the award of Doctor of Philosophy, (Computer Science) and is currently under examination. Warren Creemers completed this work at the Faculty of Communications, Health and Science - Edith Cowan University in February, 2013.

A simple object-oriented lattice-Boltzmann code for simulation of fluid dynamics with graphics.

This project contains main codes and documentations of controller program of Urmia University Robotic Team (UURT) KidSize/Humanoid robots.

PHP based code repository with syntax highlighting.

Library dedicated to the parsing of network protocols and designed to be fast, auto-adaptive, asynchronous, modular and completely independent from client/server code.

Built with R, this code allows the user to simulate the game of basketball. While the main focus is on simulating the NBA, the code provides a framework for simulating other leagues by modifying the default set of rules.

Instrumenting Arduino programs via visual diagrams. The official source repository is located at https://github.com/textbrowser/glitch.

RegMapDef is a project to provide an XML schema and associated tools to support a standardized way of describing register maps. The tools shall incorporate XSL style sheets and scripts to generate documentation, header files, implementation stubs etc.

Katrin repository for simulation code being developed out of the USA universities

XlsToFormula fits a scenario, in financial institutions, where xls files are maintained by financial departments, then comes an software application that needs to make use of that (usually large) xls file. Running Excel on the server side is not a feasible solution. Even Office Web Components is not that efficient handling large files. The solution? XlsToFormula; light, fast and running executable.

This project aim to develop a suite of tool to ease the development of ASIC/FPGA solution. The final program should be an IDE enabling the creation and specification of a project from it's start to finish.

...For install it, download/clone this repository or download suitable binary file from releases. Not working yet! The first release comming soon... Requirements numpy matplotlib PyAstronomy pymc Installation is possible from source code or using build installation binary file (only for OS Windows). The following procedure is only for installation from the source code. Extract files and go to new-created folder. Running script setup.py the installation will be done: python setup.py install

OlsenRoutes is a software environment with a powerful difference. It provides online users with a library of statistical tools and access to Olsen's database (1985 through today) of tick-by-tick foreign exchange trading prices.

Source code used on Team 2404's FRC robot.

Source code used on Team 980's FRC robot.

A software framework to support distributed evolutionary software development. It dynamically creates a network of nodes that can run a pre-distributed source code (e.g. artificial lifeforms). The results of the calculation will be sent back to the maste

A 2D robotic simulation built on top of the Box2D physics engine. The goal is to make the code ridiculously easy to understand and extend.

Source code used on Team 2002's robot.

This program converts assembly code to verilog implementation

Fork of the gigapan firmware project for the gigapan beta units. Adds new features to the original firmware and largely cleans up the code to allow new features to be build.

Improving the speed of the signal analysis code for Seti@home. Leveraging modern processors advanced features such as SIMD and parallel execution units, as well as identifying better methods to code existing functions.

This Project contains the software for the various AVR-Microcontroller-Boards for a modular, autonomous hexapod (see: www.ni-c.de/hal0). Source-Code is written with Eclipse in C. The used compiler is the open source AVR-GCC for AVR microcontrollers (ATTi