There are 2 repositories under pid-tuning topic.
C/C++ PID Controller library for ARM Cortex M (STM32)
The implemetation of the Reinforcement Learning based PID Tunner.
Udacity Flying Car Nanodegree - Term 1 - Project 3 - 3D Quadrotor Controller
Python PID Controller and Process Simulator (FOPDT)
A program that can do Process Identification and PID Tuning by using Deep Learning designed for people studying and researching chemical engineering.
A naive quadcopter simulator equipped with the mathematical model of the drone and its dynamics in the environment. Control methods are employed to fly the drone with the desired goals given the initial conditions.
Self Balancing Robot with PSO based self tuned PID controller
PID Logger, Tuner and FOPDT Simulator using OPC-UA
Research Project for controller development of Autonomous Navigation of a self Balancing Segway Robot.
To achieve a unity steady state gain of the autopilot system
Create an agile micro aerial vehicle that is able to navigate manually by a skilled pilot and constant concentration.
Calculate resistor and capacitor values for a series/parallel P-I-D circuit with given Kp, Ki and Kd values.
Tuning of a PID Controller by Particle Swarm Optimization (PSO)
Pitch of an aircraft is controlled by the elevator which is situated at the rare of the airplane running parallel to the wing that houses the ailerons. Pitch control is a longitudinal problem, and this repository presents the design of an Arduino-based system as a solution.
Algorithms for PID tuning inspired from nature. Particle swarm optimization and Cuttlefish Optimization Algorithm
PID implementation on Pluto Drone using ROS
Convert PID Gains into Independent or Dependent form
A collection of embedded PID (Proportional – Integral – Derivative) controller tuning methods.
Controller software for PID test rig
Dieses Repository enthält deutsche Betaflight Dokumente. Dies sind keine 1:1 Übersetzungen des BF-Wikis sondern eine Zusammenstellung von Themen die mir wichtig sind.
Control Architecture Implementation and Analysis for the Ballbot - an omni-directional mobile robot
Signal Processing, PID, ARMA in MATLAB and Simulink.
Features firmware for identifying and controlling a second order plant. It uses the LMS algorithm to estimate the plant parameters, and a standard PID controller implementation to improve the step response of the system.
GUI app to tune and plot pid data from WALL-E robot
PID Controller (project 8 of 9 from Udacity Self-Driving Car Engineer Nanodegree)