Home /Research /OpenVP: A Customizable Visual Programming Environment for Robotics Applications
OTHER

OpenVP: A Customizable Visual Programming Environment for Robotics Applications

Andrew Schoen, Bilge Mutlu

Year
2024
Citations
1
Access
Open access

Abstract

Authored robotics applications have a diverse set of requirements for their authoring interfaces, being dependent on the underlying architecture of the program, the capabilities of the programmers and engineers using them, and the capabilities of the robot. Visual programming approaches have long been favored for both novice-level accessibility and clear graphical representations, but current tools are limited in their customizability and ability to be integrated holistically into larger design interfaces. OpenVP attempts to address this by providing a highly configurable and customizable component library that can be integrated easily into other modern web-based applications.

Keywords

Computer scienceVisual programming languageHuman–computer interactionRoboticsComponent (thermodynamics)RobotSet (abstract data type)Software engineeringArchitectureArtificial intelligence

Related papers

Browse all OTHER papers