Abstract: This paper presents a novel hybrid framework that combines Dynamic Spanning Tree Coverage (D-STC) with Q-learning to address the challenges of mobile robot navigation and coverage in dynamic ...

The academy model Danbury schools sought couldn't be found in Connecticut, nor across the Northeast. They found it in Nashville.

Abstract: We propose a hierarchical dual-layer decision-making framework to address challenges associated with autonomous mobile robot (AMR) path planning in complex and dynamic campus environments.

Pokémon Go's new "Precious Paths" season is in full effect, so of course there's a new seasonal Special Research set that came with it. As usual with these types of research, you can claim this until ...