This repository contains all libraries and software to use Walter in the Arduino framework

Walter Anderson's Entropy hardware random number generator for AVR/Arduino

Arduino-based Walter leak detection with alert system

Walter is a currently just a remote control car and this code is for controlling the h-drives on the bot using the arduino decmilia. also the code is taking "char" readings through a blue tooth module using and android app called arduino bluetooth controller

Trabalho realizado por Nathan Lins de Andrade e Victor Raymundo Grycajuk , estudantes de Engenharia Mecânica da UTFPR, sob pedido do professor Walter Luis Mikos. Projeto referente à calibração de um instrumento de medições por ultrassom, utilizando linguagem C++ e arduino

(ENGLISH VERSION) here I leave the bootloader Sanguinololu 1.3a using the ATmega 1284p chip with the configuration of the JTAG fuse off and ready to load it with Arduino ISP, you need to unzip the file to the folder where you have installed the Arduino in my case is C: \ Program Files \ Arduino \ hardware. steps to burn bootloader. 1. Open Arduino IDE 1.0.5 r2. 2. Tools, choose Sanguino W / ATmega 1284p 16MHZ cards. 3. Tools, choose port. 4. Tools, choose Arduino as ISP programmer. 5. Tools, and then Grabra boot sequence. and that's it !!! LEAPto3D special thanks and the researcher (maker) Walter Mauricio Martinez Nogales given for this contribution, (SPANISH VERSION) aquí le dejo el bootloader sanguinololu 1.3a usando el chip ATmega 1284p con la configuracion de los fusibles JTAG desactivados y listo para cargarlo con Arduino ISP, tu necesitas descomprimir el archivo en la carpeta donde tiene instalado el Arduino IDE en mi caso es C:\Program Files\Arduino\hardware. pasos para grabar bootloader. 1. abrir Arduino IDE 1.0.5 r2. 2. Herramientas , elegir tarjetas Sanguino W/ATmega 1284p 16MHZ. 3. Herramientas, elegir puerto. 4. Herramientas, elegir programador Arduino as ISP. 5. Herramientas, y luego Grabra secuencia de inicio. y eso es todo!!! Agradecimientos especiales a LEAPto3D y al investigador (maker) Walter Mauricio Martinez Nogales por este aporte dado.