As a Python application, this should run on any platform so long as the requirements are met. To run this application you will need Python >= 3.8 and the PyQt5 and ...

Lab rats beware -- there's a new turbo-charged robotic cousin of yours on the block. This little autonomous fellow, Tetra, has just wowed micromouse hobbyists with a 4.766-second finish time in a maze ...

You would think there are only so many ways for a robotic mouse to run a maze, but in its almost 50 year history, competitors in Micromouse events have repeatedly proven this assumption false. In the ...

This submission includes two models: a simulation model and a hardware implementation model. It contains a set of .slx and .ioc files for hardware deployment, as well as an .stl file for rendering a ...

Abstract: A simple and efficient time-based diagonal maze solver for classic and half-size micromouse contesets is presented in this paper. The algorithm is first developed in the graphical user ...

Abstract: The objective of this paper is to instill in students motivation and interest for what they are studying a little bit further of the theory they learn in classroom. Sometimes students prefer ...

(PhysOrg.com) -- The 31st All Japan Micromouse Robot annual competition is held in November each year to find the fastest robotic micromouse to navigate a maze, and this year’s competition promises to ...