A recent study from Delhi has found an answer. The study uses a high-precision spatiotemporal prediction model drawn from two years of data from a low-cost monitoring network of 28 custom-designed low-cost portable air quality sensors to derive fine-grained pollution maps.It p
What can be done to improve the predictive power of identifying hazardous air quality in pollution hotspots?A recent study from Delhi has found an answer. The study uses a high-precision spatiotemporal prediction model drawn from two years of .
A recent study from Delhi has found an answer. The study uses a high-precision spatiotemporal prediction model drawn from two years of data from a low-cost monitoring network of 28 custom-designed low-cost portable air quality sensors to derive fine-grained pollution maps.It p