Search Results for "learning classifier system"

This software supports programming Logitech(R) Harmony(TM) remote controls. It provides most of the functionality of the Windows software provided by Logitech(R), but is much smaller and cross-platform. This software allows you to update or backup configurations, upgrade firmware, or do IR-learning. NOTE: Development has moved to github: http://www.github.com/jaymzh/concordance

TeLOS is a new, universal Linux distribution, a carefully customized derivative of Debian bullseye / sid with KDE Plasma Desktop Environment featuring an unbiased selection of useful applications and services. You may find TeLOS Linux to be snappy, lightweight, ready for work or fun straight out of the box and easily configurable. This Operating System is freely distributed and honors free, open source software development. Nevertheless, some non-free proprietary packages are included to widely support common modern hardware. Google Chrome browser and TeamViewer contribute to making this unconventional distribution remote work and distance learning friendly. TeLOStore, our AppStore application, makes installing and uninstalling apps in TeLOS an easy, fast and safe game. ...

DIY Arduino Boards PCF8674 MCP23017 74HC595 CD4021 I2C Parallel IO Piezo buzzers See the Files section for a wide range of sensors and sample code Schematics PCB Layout Sample Code

Qwpr (pronounced "qwipper", named for the first four keys) is a keyboard layout that's easy to learn (only 11 keys move from their qwerty positions), easy to type (32% better by the Carpalx metric), practical (programmer's punctuation, arrow keys, and all major accented characters easily accessed without moving your hands off the three main rows), and very complete (over 1000 unicode characters and combinations available). The project also includes the tools I used to translate this...

This is an open-hardware Infrared Remote Controlled USB keyboard, without keys, implemented using a PIC micro-controller and MikroC. IRK! enables you to use your LEARNING remote control to control any system that you can plug a USB keyboard into (Windows, Linux, Mac). Great for controlling a home theatre system such as MythTV, XBMC or Media Center. No drivers are required. You can program *any* USB keyboard function (with or without Control, Alt, Shift and GUI modifiers) to a button on your infrared remote control and when you press that button IRK! ...

FPGAsm is a low-level alternative to verilog and VHDL. A near-instant 'assembler for FPGAs', this simple yet powerful language facilitates bottom-up design, layout and wiring of modules, and generation of .xdl output. With about 10 keywords to learn, you can start making circuits in minutes. Now you can focus on learning the ins and outs of the FPGA instead of complex tools and languages. Fast turnaround time and bottom-up approach invite exploration, experimentation, live circuit...

A small application to help programmers learning usb interface to the PICDEM FS USB demonstration board. It assumes that the default firmware is running on the demo board.

This project will implement USB device drivers for the "OSR USB FX2 Learning Kit" device by Open Systems Resources Inc on several OSes. The intent it to allow USB driver developers compare & contrasts the different OS driver development environments.

Working with microprocessors is one of the most creative, challenging and rewarding areas of electronic and software engineering. Open-USB-IO makes learning this process fun and easy.

ChNIMotion allows user programs to use the FlexMotion C library and run on the fly without compilation. It's an ideal solution for teaching and learning motion control, rapid prototyping, interactive motion control, and Web-based remote motion control.

Neural Network calculation & learning library

Software for controlling the 1623PC PC to IR Linc, a learning infrared remote control device with an RS232 interface.

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.