Search Results for "tau-analyzer-setup"

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...It has been improved in many aspects and it now supports three host operating systems; the RTuinOS samples (as well as your applications) can be built under Linux, Windows and Mac OS. RTuinOS 1.0 is distributed as setup (a ZIP archive), which contains all source files and the complete documentation, also with source files. Building the samples can be started immediately after unzipping and setting a single environment variable. Thank you for your kind interest in RTuinOS.

The SARK110 SDK allows the development of user applications for the device or using the device as a platform for experiments. The SDK provides the following basic functionalities: • Graphic display • Keypad • Buzzer • USB (Mass Storage Driver) • DDS • Timer • ADC driver • FAT file system • Sample application In addition the SDK provides a device simulator for developing the application on the PC, intended mainly for the development of the user interface of the application....

...The system is composed of an Arduino mega 1280, an ethernet shield w5100, an LCD keypad shield 1602, a 3,2" TFT touchscreen, a RTC module DS1307 and 3 DS18B20 one wire temperature sensor. Up and running: -16x2LCD display and menu to manage clock, cloud and lightning setup. -3,2" TFT diplaying temperature, led power, led status (cloud, sunrise, sunset...), clock, time of next cloud. -Local web server is running but webpage need to be finished -Web COSM client. Online temperature logging -Virtual RTC In development: -Addition of the last DS18B20 -Rebuild TFT touchscreen menu -Reorganization and clarification of the code -Implement DS1307 (actual chip is down, waiting for a new one...)

This is a port of the Dining Philosopher Problem (DPP) using the Quantum Leaps (http://state-machine.com) hierarchical state machine framework with the Light Weight IP (LwIP) network stack (http://savannah.nongnu.org/projects/lwip) and an ethernet driver implemented on the STM3220G-eval board (http://www.st.com/internet/evalboard/product/250374.jsp) running on stm32f207 Arm Cortex M3 uProcessor. The project is eclipse based and uses Code Sourcery cross compiler. See http://www.stf12.org/developers/CORTEX_STM32F2xx_Template.html for setup. For debugger and flashing, the ST-Link V/2 was used.