Search Results for "git:/git.code.sf.net/p/docfetcher/code" - Page 8

This is the PCMCIA device driver for the 1-2 mbit Frequency Hopping Symbol Spectrum24 WLAN card. We've also moved the 11 mbit Direct Sequencing code here. The 2.2.x and 2.4.x code trees have been merged.

This is some code that creates memory leaks.

A software implementation of hardware-based code scheduling methods such as Scoreboarding and Tomasulo's algorithm for MIPS64 instructions.

...It uses an asynchronous event model with threading that is standard for any board the runs Java on an ARM processor. The set of interfaces, abstract classes, events and enums create a standard that help enforce the write once, run anywhere credo. This will make code more portable and readable. Main Area: https://sourceforge.net/p/armature/discussion/

This project contains the material discussed in my PhD dissertation, entitled "Hardware/Software Design of Dynamic Real-Time Schedulers for Embedded Multiprocessor Systems." The source code is available in the SVN repository: https://sourceforge.net/p/xrt/code/6/tree/trunk/ and consists in two folders: 1) /X-RT : A portable multiprocessor scheduling framework supporting scheduling periodic real-time tasks according to the G-EDF (Global Earliest Deadline First) scheduling platform. Current version supports major POSIX systems (Linux, QNX). 2) Hardware_GEDF_Scheduler: is a hardware implementation in VHDL (targeting FPGAs) of the G-EDF multiprocessor scheduling policy.

A self paced Microprocessor course for those with no Microprocessor experience but who wish to learn about and build devices with them. Starting with a early Microprocessor, the Intel 8085 and providing a Java based 8085 simulator and a PDF handbook the student may work thru assembly/machine code examples to gain understanding. Other on-line book links are provided. Finishing with a modern Micro-controller, the ARM Cortex-M0 based STM32F051.

It can help you typing less code to build a PIC program.

Software and electronics hardware for concentrated solar power. A mix of code, electronics and sensor designs for tracking the sun to harvest solar power and related tasks.

The "Universal Hardware Protocol" (UHP) is an open architect built on open source code that makes possible for all software applications to run on all UHP computing devices globally without being subjugated to any artificial operating system platform (OSX, Windows, GPU/Linux, Andorid, Ubuntu, IOS, Redhat, BSD, etcetera). If you’re a software developer, the benefit of supporting the UHP is that your application runs on every UHP computing device globally (Tablets, Desktops, Workstations, SmartPhones, etcetera). ...

...The project will help you to connect any arduino motor shield or other H-Bridges to the controller because it is open source and the output pins can therefor be changed as you like. You can upload a better modified version and improove this article by contacting me. With some pin changes you can port this code to other arduino boards.