Portable multi-sensor air quality monitoring platform for personal exposure studies

Low-cost robotic sensor networks platform for air quality monitoring

Building robotic sensor networks (RSNs) for air quality monitoring application is a challenging frontier for robotic research. Such systems must operate for extended periods of time in unstructured and complex domains. The implementation requires addressing numerous issues at the systems level such as energy efficiency, planning, and controlling robots’ trajectories for achieving robust operati...

The next generation of low-cost personal air quality sensors for quantitative exposure monitoring

Advances in embedded systems and low-cost gas sensors are enabling a new wave of low-cost air quality monitoring tools. Our team has been engaged in the development of low-cost, wearable, air quality monitors (M-Pods) using the Arduino platform. These M-Pods house two types of sensors – commercially available metal oxide semiconductor (MOx) sensors used to measure CO, O3, NO2, and total VOCs, a...

Supplement of The next generation of low-cost personal air quality sensors for quantitative exposure monitoring

Multi-objective optimization of air quality monitoring.

A new method for multi-objective optimization of air quality monitoring systems based on satellite remote sensing of the troposphere is described in this work. The technique uses atmospheric turbidity as surrogate for air pollution loading. Through inverse chemical modeling and ancillary information the respective patterns of primary gaseous and particle pollutants are inferred. The optimizatio...

Micro-multi-sensor platform for industrial processes monitoring

1 Abstract Till now there is no standard or common platform to design and manufacture monitoring systems for industrial processes. In response to that, Taipro Engineering with the support of the Microsys lab of the University of Liege are designing and developing a micro-multi-sensor-platform. The platform is a development tool for a rapid integration of different existing sensors in a miniatur...