Theoretical fire model is aimed at speed of computation while approximating the key physics
through only a few terrain-related inputs and tunable parameters representing fire intensity …

This paper delves into the expansive world of cellular automata (CA), abstract models of
computation comprised of cells that interact based on predefined rules. Originating from …

Wildfires have increased in frequency and intensity due to climate change and have had
severe impacts on the built environment worldwide. Moving forward, models should take …

Driven by built-environment damage, losses from wildfires have inflicted far-reaching
consequences on communities globally. Proper strategies to lower impacts on the built …

ABSTRACT A physics-based model for the prediction of wildfire propagation, which
combines the cellular automata concept with virtual Lagrangian fire particles, is further …

One of the primary challenges for robotic manure cleaners in pig farming is to plan the
shortest path to designated cleaning points under specified conditions with minimal …

The goal of forest fire modeling is to understand and forecast the behavior of forest fires
through numerical simulation. To simulate fire dangers and fire spread behavior, statistical …