Buzzards Bay: Transitioning to Continuous Water Quality Monitoring
This project aims to study the transition from traditional "grab sample" water quality monitoring to continuous, sensor-based monitoring in Buzzards Bay, Massachusetts.
Analyzing Energy Usage with Predictive Modeling
Partner: Massachusetts Division of Capital Asset Management & Maintenance DS4CG 2023. DCAMM is responsible for managing resources in various state buildings like state hospitals, prisons, universities, community colleges, office buildings. This project analyzed 5 year energy usage of 279 utility meters in 23 academic buildings. Using this data, time-series prediction models were developed for 12-month energy consumption of various utilities (electricity, steam, natural gas, water) by building. Prediction is the first step towards data-driven efficient management of energy resources and energy conservation.
Tracking Bird Migration Patterns with Machine Learning & AI
Partner: Environment Canada DS4CG 2023. Aerial insectivore populations have been declining in Canada, prompting the need for a model that can predict bird migration patterns. When a roost of birds take off together, they appear as a distinct shape in weather radar data. By adapting algorithms to fit Canadian weather radar data, we created a model that accurately predicts migration patterns. In addition, the model can even detect roosts that were previously missed by EC.
Integrating DISCount for Disaster Relief
Partner: Red Cross Netherlands DS4CG 2023. The focus of the second summer of our partnership with the Red Cross was to integrate DISCount, UMass Computer Vision Lab's new approach to estimating counts in object detection, into the Red Cross' workflow for counting damaged buildings after a disaster. Our lightweight model helps responders save time and effort in determining the disaster's impact and severity, which ultimately helps the Red Cross deliver aid quickly.
Modeling Bird Roosts and Migration Patterns
In partnership with Environment Canada through our Data Core program, we created a computer vision model to track bird migrations across Canada. Data from recent years show a decrease in bird populations across North America, prompting interest in studying their migration patterns and habitats.
Save the Whales
When whales are encountered near the surface of the ocean, it’s useful to be able to quickly assess their health for conservation and evaluation purposes. As part of our Data Science for the Common Good program, Master’s students Chhandak Bagchi and Gizem Cicekli developed a tool for identifying a whale from an aerial image.