IMPROVING AIR POLLUTANT METAL OXIDE SENSOR QUANTIFICATION PRACTICES THROUGH: AN EXPLORATION OF SENSOR SIGNAL NORMALIZATION, MULTI-SENSOR AND UNIVERSAL CALIBRATION MODEL GENERATION, AND PHYSICAL FACTORS SUCH AS CO-LOCATION DURATION AND SENSOR AGE

Improving Air Pollutant Metal Oxide Sensor Quantification Practices through: An Exploration of Sensor Signal Normalization, Multi-Sensor and Universal Calibration Model Generation, and Physical Factors Such as Co-Location Duration and Sensor Age

As low-cost sensors have become Footwear ubiquitous in air quality measurements, there is a need for more efficient calibration and quantification practices.Here, we deploy stationary low-cost monitors in Colorado and Southern California near oil and gas facilities, focusing our analysis on methane and ozone concentration measurement using metal ox

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Modeling and Analysis of the Harmonic Interaction between Grid-Connected Inverter Clusters and the Utility Grid

The virtual synchronous generator (VSG) is a promising technology for future utility grids, since it can mimic the output characteristics of a synchronous generator, which provides the necessary inertia to a utility grid.However, the large-scale application of VSGs is limited due to the harmonic interaction between VSGs and the utility grid.Therefo

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Colour fast-match for precise vehicle retrieval

The explosive growth of vehicles has increased the importance of intelligent traffic system.However, compared with face recognition, vehicle retrieval has not attracted the attention of researchers in vision community.Precise vehicle retrieval has always been a challenging task because it requires the retrieval of all vehicles with the same visual

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