There are 0 repository under catkin topic.
:taxi: Fast and robust clustering of point clouds generated with a Velodyne sensor.
ROS Qt Creator Plug-in (https://ros-qtc-plugin.readthedocs.io)
ROS wrapper for Kimera-VIO
Easy continuous integration repository for ROS repositories
Learning-aided 3D mapping
ROS meta-package for Elfin robot
ROS Catkin package to track people using octree and cluster extraction
Libraries for compiling C++ ROS nodes to Webassembly using Emscripten
Catkin-friendly C++ bindings for tensorflow.
Collection of barebone CMake project templates for various specific setups
The software packages which power The OSU Underwater Robotics Team's AUV.
Code for path planning in dynamic environments with adaptive dimensionality
This ROS workspace is created on Raspbian OS. Here I have installed ROS Kinetic from source using cross-compilation and worked on projects like Surveilling Robot.
This repository shows minimal pybind11 examples using catkin or colcon.
:dog2: "fetch" and "update" dependencies of projects in your catkin workspace with a new verb "dependencies" for catkin_tools
A test project to show how to use QT5 QML and Widgets with a ROS node
Driver library for the STIM300 Inertial Measurement Unit (IMU) from Sensonor.
Example showing the usage of unit tests in a ROS package
The purpose of this project is to detect and track people in an indoor environment and recognize events regarding their movement using visual information. The visual information used consists of an RGB stream and a depth stream from an ASUS Xtion Pro or Microsoft Kinect.
Full YouCompleteMe support for catkin workspaces
Getting started with the Robot Operating System(ROS)
A mobile robot equipped with a 3D camera moves in a room with four circular areas, and it has to localise and classify four objects which are positioned inside every area. A robotic arm with 6-DoF picks up the object and places it in a basket according to its class
Different cheat sheets
Repository with C++ code for turtlesim that implements a proportional and PI controller to move to a desired position and to a desired orientation
It's the senior design project I did in University of Detroit Mercy from 2017 to 2018, based on Pioneer3-DX robot platform with Kinect2, Hokuyo. This project conclude some open-spurce algorithm I found in github contains SLAM-gmapping, pocketsphinx and so on. Thanks for the providers! The robot contain basic mapping and navigation functions, with addtional model in simulation software, voice control and voie feedback, set tarket with coordinate and so on. Finally, thanks for my teamates, Hao Lan, Yuchen Luo, Diwen Miao and Wuxin Shen. I roughly upload the whole workspace and I think you will be clear with how it work if you are already familar with ROS. And if not, maybe it is a good idea for you to check the catkin_ws/src/hunter/lacunh first. And I will add more description in README. I know it is not so clear, if youn need help ,feel free to contact with me, my email is donaldmyshen@outlook.com!
Off World Robotics NUMBAT Backend