Open Source Java Robotics Software for Linux

The Open Source Computer Vision Library has >2500 algorithms, extensive documentation and sample code for real-time computer vision. It works on Windows, Linux, Mac OS X, Android, iOS in your browser through JavaScript. Languages: C++, Python, Julia, Javascript Homepage: https://opencv.org Q&A forum: https://forum.opencv.org/ Documentation: https://docs.opencv.org Source code: https://github.com/opencv Please pay special attention to our tutorials! https://docs.opencv.org/master Books about the OpenCV are described here: https://opencv.org/books.html

Robocode is a programming game, where the goal is to develop a robot battle tank to battle against other tanks with Java. The robot battles are running in real-time and on-screen. The motto of Robocode is: Build the best, destroy the rest!

This repository is now frozen. The latest version of the RepRap project can be found at https://github.com/reprap.

BoofCV is an open source Java library for real-time computer vision and robotics applications. Written from scratch for ease of use and high performance, it provides both basic and advanced features needed for creating a computer vision system. Functionality include optimized low level image processing routines (e.g. convolution, interpolation, gradient) to high level functionality such as image stabilization. Released under an Apache 2.0 license for both academic and commercial use.

A high-performance and ease-of-use implementation of the Modbus protocol written in Java by Infinite Automation Systems Inc.. Supports ASCII, RTU, TCP, and UDP transports as slave or master, automatic request partitioning and response data type parsing. For commercial licenses see www.InfiniteAutomation.com Get the most recent code here: https://github.com/infiniteautomation/modbus4j For support: http://infiniteautomation.com/forum/category/11/modbus4j-general-discussion

A series of open source files and programs available to use for developing programs to work with the WowWee Robotics RSMedia Robot. These include a USB serial console, a cross-compiler, a firmware dump program, text-to-speech and source code.

A high-performance implementation of the BACnet I/P and MS/TP protocol written for Java (minimum version 1.5) by Infinite Automation Systems. Supports all BACnet services and full message segregation. Can be used for field devices or for control platforms. For commercial licenses contact https://infiniteautomation.com/bacnet4j-open-source-bacnet-library/ The most recent code is here: https://github.com/infiniteautomation/BACnet4J For support see: https://forum.infiniteautomation.com/category/12/bacnet4j-general-discussion

Eclipse update site: http://sourceforge.net/projects/eclipse-plugin.openconf.p/files/update-site/ KNOWN ISSUE WITH THE UPDATE SITE DUE TO SOURCEFORGE ENCRYPTION POLICIES: If you experience problems with the SSL handshake during update please refer to http://gnuarmeclipse.github.io/blog/2017/01/29/plugins-install-issue/ Install via Eclipse marketplace: https://marketplace.eclipse.org/content/ethernet-powerlink-openconfigurator The project provides a plugin for the openCONFIGURATOR core library enabling the creation and configuration of a POWERLINK network (http://www.ethernet-powerlink.org/) in the Eclipse IDE (https://www.eclipse.org). Step-by-step video tutorials: Part 1 - Setup - https://goo.gl/l7eTrC Part 2 - RMN configuration - https://goo.gl/hHY12A Part 3 - PDO mapping - https://goo.gl/8gsRPq Part 4 - Parameter configuration - https://goo.gl/Xjuqjz Part 5 - Modular CN - https://goo.gl/PGCgCk Part 6 - Firmware Handling - https://goo.gl/yBn7ph

Calculation of camshafts - allows to define a camshaft profile on the set trajectory which should provide the given mechanism. The trajectory can be set graphically, co-ordinates or function.

The plugins include functionality to edit and check CN / MN XDD / XDC files against the DS311 V1.2.0 and the DS 301 1.3.0 specification. Another plugin enables the user to generate the object dictionary header file from an XDD / XDC file for the openPOWERLINK (https://goo.gl/Cg77Oi) implementation. Please note that the validation functionality works properly for Controlled and Managing Node XDD / XDC files. Please use the update site to install the plugin in your eclipse environment: http://sourceforge.net/projects/xddpluginsuite.openconf.p/files/update_site/ User Manual: https://goo.gl/hvtLAq XDD editor plugin user manual: https://goo.gl/Fo5pUQ Install via Eclipse marketplace: https://goo.gl/eAZAn9 Link to the openCONFIGURATOR parent project: https://sourceforge.net/projects/openconf/

RobBX - is a first in the world DIY Arduino constructor based from IQBX. Difference from prototype, RobBX has complete conception witch includes: a complete STL 3D-models with OpenSCAD sources; a special schemes and electronics connections; and powerfull Arduino firmware for ESP32 based on WiFi AP Server, connection to it from mobile device give a controller, programmable from IDE (on Blockly). Robb - is a low cost constructor, but it powerful for STEAM education.

Marvin is an image processing framework that provides features for image and video frame manipulation, multithreading image processing, image filtering and analysis, unit testing, performance analysis and addition of new features via plug-in.

RoboBeans is an interface to the "Robocup 2D Soccer Simulation Server" that allows developers to write Robocup teams\agents concentrating on behaviour and AI without having to worry about syntax of communication or network issues.

A Java client for the Player/Stage robot platform.

The goal of this project is to develop a hot wire foam cutter that relies on a simple embedded controller to provide real time functionality.

CILib is a framework for developing Computational Intelligence software in swarm intelligence, evolutionary computing, neural networks, artificial immune systems, fuzzy logic and robotics.

Driver support for 3D Controller Hardware. We hope to support SDL Input, DirectInput, and other major controller API's including game consoles and embedded systems.

An architecture development environment for distributed agent architectures for virtual and robotic agents with focus on human-robot interaction

IIControl is a library for controlling fischertechnik models via the Intelligent Interface. IIControl is written in Java and provides complete abstraction from the interface and the hassle controling the serial port.

NOTE: Since 2022 this hosting of PLEXIL is deprecated. PLEXIL has moved to GitHub at https://github.com/plexil-group/plexil. Documentation is found at https://plexil-group.github.io/plexil_docs. Please use these new locations. PLEXIL is a plan execution language and technology developed by NASA and used in automation and autonomy applications at NASA and in the public sector. This software includes compilers for the language, the executive (runtime environment), and related tools. It runs on Unix-based computers, including macOS and Linux.

This program schedules, launches and monitors any Java Runnable object. Anything you can do from Java, you can schedule and monitor using this program. It includes a nifty stopwatch widget as a metaphor for measuring performance. The monitoring is done via event messages which are displayed in real time in a GUI dialog and stored in a JavaDB database. Any number of tasks (Runnables) can be launched and monitored simultaneously. The user / programmer of the API Jar designs their own messages, specifying the set of properties and their types which will be sent with each event they want to report. The properties in the custom message are the fields in a log table created specifically for that task. I am including a sample use program which is a sensor-net simulation, specifically of a home monitoring system, which could be used as a control system as well provided the interfaces from Java to the devices are installed.

SB-MASE is aimed at students and researchers in AI, for simulation and control of agents and robots. It uses task based decomposition and the subsumption architecture as its core control mechanisms and includes numerous possibilities for adding plug-ins.

The Teachingbox uses advanced machine learning techniques to relieve developers from the programming of hand-crafted sophisticated behaviors of autonomous agents (such as robots, game players etc...) In the current status we have implemented a well founded reinforcement learning core in Java with many popular usecases, environments, policies and learners. Obtaining the teachingbox: FOR USERS: If you want to download the latest releases, please visit: http://search.maven.org/#search|ga|1|teachingbox FOR DEVELOPERS: 1) If you use Apache Maven, just add the following dependency to your pom.xml: <dependency> <groupId>org.sf.teachingbox</groupId> <artifactId>teachingbox-core</artifactId> <version>1.2.3</version> </dependency> 2) If you want to check out the most recent source-code: git clone https://git.code.sf.net/p/teachingbox/core teachingbox-core Documentation: https://sourceforge.net/p/teachingbox/documentation/HEAD/tree/trunk/manual/

Java based portable simulator to visualize and understand the Robot Localization, Path planning, Path Smoothing and PID controller concepts. It is very flexible and easy to use. It supports multiple platforms. The source code is available on Github where you can find latest development and up-to-date documentation. Source : https://github.com/habsoft/robosim Blog : https://robosimblog.wordpress.com Note : Use jre 1.7 to run it. 1.Histogram Filter 2.Histogram Filter with Sonar Range Finder (Experimental) 3.Kalman Filter 4.Particles Filter 5.Path Planning 6.Path Smoothing 7.PID Controller Path Planning Algorithms 1.BFS 2.DFS 3.A Star 4. Dynamic Programming Heuristics i. Euclidean Distance ii. Euclidean Distance(+) iii. Euclidean Distance(*) iv. Euclidean Distance Squared v. Manhattan Distance vi. Chebyshev Distance

The project aim is to create the 3D simulation of robot-arm which moves on three axis. It's based on real robot- dual arm that can solve Rubic Cube. It's gonna be implemented using openGL in Java Applet and will be awesome=)