INewMetaI

INewMetaI's Stars

• chrislgarry/Apollo-11

  Original Apollo 11 Guidance Computer (AGC) source code for the command and lunar modules.

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• microsoft/calculator

  Windows Calculator: A simple yet powerful calculator that ships with Windows

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• deeplearningturkiye/turkce-yapay-zeka-kaynaklari

  Türkiye'de yapılan derin öğrenme (deep learning) ve makine öğrenmesi (machine learning) çalışmalarının derlendiği sayfa.

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• MaJerle/stm32f429

  Keil projects and libraries for STM32F4xx devices

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• rene-dev/stmbl

  AC Servo Driver for STM32F4

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• FOSSASystems/FOSSASAT-1

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• k-code/stm32f4-examples

  Examples programs for STM32F4Discovery. These examples were written while I was exploring STM32F407VGT microcontroller. I think this is may be helpful somebody.

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• eez-open/psu-firmware

  Firmware for programmable bench power supply EEZ H24005

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• vyacht/stm32

  stm32 tools and nmea code

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• barathbushan/CanDriverOnFreeRTOS

  FreeRTOS+IO provides a Linux/POSIX like open(), read(), write(), ioctl() type interface to peripheral driver libraries. It currently provides support for UART,SPI and I2C peripherals on the LPCXpresso Baseboard. Support for CAN peripheral was added by implementing a driver and modifying the board support package to access the CAN peripheral through FreeRTOS+IO.

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• MAVRIC-TeamGoose/Senior-Project_FreeRTOS

  Senior Capstone Project for UW Tacoma Comp. Eng. 2015

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• AshrafelShami/Standard-Software-Drivers-with-Self-Parking-System-Application

  Building standard drivers for TivaC TM4C123GH6PM peripheral (GPIO - Timers - PWM - ADC - UART - I2C) and provides a slightly high-level programming interface to it, to allow application software to attach to, read and write data from, and change the behavior of the peripheral device. Applying the standard drivers on a self-parking system application. We have used GPIO, Timers and PWM to create an RC Car that can identify a parking space and parallel park by itself. The RC Car drives down a street searching for a parking space. When the car has identified a space, the car checks to see whether that space is large enough to park in. If it determines that there is sufficient space, the car will begin parallel parking into that space. The application is provided with Real Time Operating System (FreeRTOS), and has three main modules (Tasks). Ultrasonic Module: interfacing with four ultrasonic sensors for distance measurements. Self-Parking algorithm: to calculate the required moving distance for the parking motion purposes Motion Control module: interfacing with two DC motors for motion control.

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• jiauka/STM32F1_CAN

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• develooper1994/Python

  Türkçe Python Kaynağı

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• Ostantric/rtos_robot_with_joystick

  FreeRTOS Arduino project

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• superman13/STM32F407_CAN_FREERTOS

  Can si Freertos test project pentru STM32F407

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• yev3/doctor_at_fingertips

  Embedded project: portable medical device using FreeRTOS, FreeRTOS+ TCP on ARM Cortex M3 dev board

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