Implementation of polynomial smoothing for several basic functions
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MatthewPeterKelly のリポジトリ
Source code for my two most well-documented simulators for the Cornell Ranger walking robot.
A collection of explicit runge-kutta integrators, written in C++
Finite-State-Machine simulation of a toppling stick. Careful Analysis. Matlab.
Simulation of a tractor-trailer truck driving backwards along a curving road. Control via time-varying linear quadratic regulator, estimation via extended Kalman filter
Trajectory optimization, using GPOPS-II, for two-phase walking and running gaits, for a simple walking model
A few simple tutorials for dynamical systems and control. Most require Matlab.
Renders high-quality images of fractals.
Non-linear robust control for inverted-pendulum 2D walking
Personal website for Matthew Peter Kelly.
Miscellaneous python utilities
Java utility packages that I wrote, generally related to simulation.
This project contains a set of standard numerical methods that I have implemented in python. The source-code for this project is intended to be read as a tutorial.
Small library for computing poker statistics using Monte-Carlo simulation. The primary focus for the project is learning Rust.
Manipulations and data types that represent polynomial
Empowering everyone to build reliable and efficient software.
Saturation in the Null Space (SNS) Inverse Kinematic Library
A repository for development of my personal website.