About UR-RAD

Behind any robot task or interaction is a representation that should (a) enable sufficient contextualization; (b) support any existing predefined, learned, and/or reusable skills onboard the robot; (c) be verifiable at design time and behave consistently at run-time; and (d) can be tested, executed, and modified for reuse on a variety of different robot morphologies. Enabling end users to express their intent within different representations has long played a pivotal role in robot application development, i.e., the construction of robot services, social interactions, and/or collaborative tasks.

The problem is that there is a lack of consistency and uniformity in how these representations are selected and used by robotics researchers. Thus, end users (i.e., robot application developers) face a myriad of challenges owing to this lack of cohesion.

The goals of the symposium will therefore be to (a) categorize current representational trends for robot application development, (b) discuss best practices for future adoption of languages, logical representations, development frameworks, etc. that integrate advances from the wider AI community, and (c) identify opportunities for collaboration between academia and industry.

The call for papers can be found here.

Get in touch with us! urrad.symposium@gmail.com

Symposium Goals

We aim to generate discussion surrounding the following categories:

• Representations for robot applications, covering existing representations (e.g., finite state machines, behavior trees, etc.) or new, proposed representations.

• Standardization of representations and robot application development. This theme covers where/how to apply representations, how representations can further standardization, tools and techniques for standardization, and avenues for standardization between academia and industry.

• Application development (i.e., end-user development) interfaces, covering topics such as robot programming paradigms, programming interfaces, and debugging and runtime.

• Computational techniques made possible by specific representations, covering AI planning, formal methods, and machine learning for robotics.

Symposium Format

The symposium will be made up of paper presentations, keynote talks, panels, and breakout discussions.