Search Results for "servo"

* OFFICIAL WEBSITE * v3.18.2 one C/C++ file & header provides 8 functions: - beep - tray notify popup - message & question - input & password - save file - open file(s) - select folder - color picker complements OpenGL Vulkan GLFW GLUT GLUI VTK SFML TGUI SDL Ogre Unity3d ION OpenCV CeGui MathGL GLM CPW GLOW Open3D ImGui MyGui GLT NGL STB Nuklear Fenster MicroUi & GUI-less programs NO INIT NO MAIN LOOP NO LINKING NO INCLUDE win (XP to 11) ASCII MBCS UTF-8 UTF-16...

Experiments in NilRTOS. Using an Arduino Nano, Mega2560, and Uno R3. Most of the work is being done on a Nano 328p. The goal is to have NilRTOS reading sensors, and activating certain things depending on the sensor value. The current goal is to move a servo depending on the value of a photoresistor.

Project: A micro-controlled circuit takes over the servos of a RC car. Several sensors detect the presence of obstacles in the near range. The car maneuvers to keep clear from all obstacles. Objective: - Build-up some knowledge about robotics - Integrate existing components rather than develop them. Logical architecture: Project has several layers, each aiming to a higher level of abstraction: - Level one: The servo control and the sensor reading. - Level two: The throttle...

A simple Embedded System Framework that allows rapid development of applications build for AVR family. System is based on a super-loop architecture with check and skip (no-wait) flag event driver system. Supports: UART, SysTick Timer, ADC, SPI, EEPROM, PWM. Also supports: Xilinx FPGA configuration, FPGA SSI interface, smart card reader etc. Tested partially (different modules in each case) on ATMega163/16/32/323/8. Awards CodeProject 2010, Third Prize, Hardware and Device...

ATMEL ATMega1280 based powerful, multifunctional, reliable, expandable and extremely flexible hardware platform for home and industrial processes automation, robotic toys, security systems, education and enjoyment.

The cc3 project provides software for embedded vision systems. Currently, the software runs on the CMUcam3 hardware platform, which is a NXP LPC2106-based board with an onboard CMOS camera and FIFO, MMC interface, serial UARTs, and servo controller.

A Linux driver and EPICS IOC for the Pro-Dex OMS MAXp. The MAXp is a 8 axis stepper/servo motor controller in PCI card form factor.

Software which runs on a gunstix overo, to contron stepper motors, and servos in such a way that they play the piano. The actual stepper motor and servo driver are done on an FPGA board from knjn.com (pluto-3).

Servo-Trim uses an Atmel ATtiny2313 microcontroller to apply a nonlinear transfer function to standard RC-component signals. Used e.g. between receiver and servo.

SAM (Servo Actuation Manipulator) is a GTK+ based X windows application for controlling anywhere from 1 to 254(so far) servo motors via a serial port connection, specifically this program was made for the Scott Edwards Electronics Mini SSC II.

This project is a tool for developers on modular robotics. You can create modular robots, movements for each servo of the robot, simulate the robots. Also it has an API for creating your own Python scripts.

Device Driver for the ACS USB servo controller (USBB-01 interface card). HID class USB device to contoll eight RC type servos, eight optically isolated current inputs and 8 current sink outputs.

There are different files supplied. One program for webcam controlling inline with the orginal idé. And different help classes if you would like to do something yourself. Also a general package of classes to communicate with the RS232 port.

linux kernel driver (module) for 8 rc-servos directly connected to parallel port (nice if you want to build legs for your notebook...)

Linux Drivers for RC Servos and receivers used in radio controlled models. This allows a Linux user space program to temporarily take the control of the servos. Security features guarantee that the system stays in control of the Operator at any time.

This low cost project is a RC servo like position control of one or two geared motor(s) with a pot as angle feedback. You can send the arduino microcontroller a value from 0 to 1023 and the arduino will control the motor speed and direction to reach your target value. The PID algorithm will insure that the motor will not get into hold vibrations if the pot has some influences. This article will describe where you have to take attentions and what you have to setup to get the best results...