Search Results for "open source workflow software"

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....

The project exists to make the FIRST 4279's Robotic control software freely available. The project also helps facilitate communications among the mechanical and controls sub teams building the robot.

lpc2468-utils aims to promote rapid development by providing modular components to end users. This includes command-line control software for the Olimex LPC-E2468 and processor-agnostic circuit schematics for common electronics hardware.

Greyhound Lua is a distribution of Lua intended to be used for the FIRST Robotics Competition. Teams can use this to write their robot code in Lua. Greyhound Lua is in no way endorsed or sponsored by US FIRST.

The Atholton Robotics Team endeavors to develop its Robotics Control Software and maintain its CAD design system using Source Forge. Software and design documentation is protected via creative commons license.

RoboKick is a software that enables a modified RoboSapien humanoid toy-robot to play soccer. The software package includes a detailed description of how to modify the original toy robot in order to equip it with a PDA and a vision system.

Robot Controlling System (RCS) - is a .NET-oriented software group for controlling remote mechanical objects, debuging and programming them by .NET-languages

Educational project for building a motion controller library. Supported platform: QNX/x86. The software should provide a library that allows application software to control axis in real-time. For instance to control a robot arm.

This is the market-based multi-robot coordination simulator software used in the paper [MyungJoo Ham and Gul Agha, "Market-based Coordination Strategies for Physical Multi-Agent Systems," ACM SIGBED Review, Vol 5, No 1, 2008] developed by OSL.