Monitoring airborne inoculum is gaining interest as a potential means of giving growers an
earlier warning of disease risk in a management unit or region. This information is sought by …

Modelling the dispersion of atmospheric pollutants plays an important role in regulatory and
epidemiological settings. Although the majority of modelling concepts were developed in the …

A new nonparametric Bayesian-based motion planning algorithm for autonomous plume
source term estimation (STE) and source seeking (SS) is presented in this paper. The …

This article presents a new decentralized multi-agent information-theoretic (DeMAIT) control
algorithm for mobile sensors (agents). The algorithm leverages Bayesian estimation and …

In this work, we present a method to localize a source in complex urban environments using
particle swarm optimization (PSO). Instead of using PSO to minimize the difference between …

URock 2023a is an open-source diagnostic model dedicated to wind field calculation in
urban settings. It is based on a quick method initially proposed by and already implemented …

We present a validation study of an updated version of the SIRANE model, whose results
have been systematically compared to concentrations of nitrogen dioxide collected over the …

Vegetation in the urban environment has various impacts on microclimate. While optimal
strategies for investigating these impacts are the subject of ongoing research, most …

QES-Winds is a fast-response wind modeling platform for simulating high-resolution mean
wind fields for optimization and prediction. The code uses a variational analysis technique to …

Observation data show that natural wind has a characteristic of regular time-variation in
speed and direction. However, the time-varying inflow conditions are usually simplified as a …