UBC Okanagan (UBCO) is stepping up with some cool tech to keep wildfire crews safer and help sustainable farming.
Think robots, AI, and drones.
Dr. Mohamed Shehata and his team, which includes Dr. John Braun and a group of students, recently received a Husky A300 Starter Kit through the 2024 PartnerBot Grant Program.
香蕉视频直播淭he Husky A300 allows us to develop and test our navigation algorithms in real conditions,香蕉视频直播� said Dr. Shehata, a professor of computer science with the Irving K. Barber Faculty of Science. 香蕉视频直播淚t香蕉视频直播檚 not just theoretical anymore香蕉视频直播攚e can take it into the field, collect real data, and refine how these robots can work in challenging environments.香蕉视频直播�
One of the team香蕉视频直播檚 main goals is to make wildfires less dangerous for firefighters. They香蕉视频直播檙e working on tech that sends AI-powered robots into risky zones to clear fire lines, spray water, or even ignite backfires. These robots can be controlled from a safe distance while drones provide real-time maps and guidance.
香蕉视频直播淚nstead of putting firefighters at risk, we can use AI-powered navigation and real-time data visualization to guide operations from a safe distance," Dr. Shehata added.
Wildfire researchers and an Alberta company that specializes in high-pressure water systems to see how robots can complement firefighting tools like helicopters are also part of the project.
On the agriculture front, Dr. Shehata香蕉视频直播檚 team is using AI and drones, working on ways to spot weeds, keep crops healthy, and cut down on chemical herbicides.
香蕉视频直播淲e香蕉视频直播檙e working with the Summerland Research and Development Centre and partners in Germany to develop new ways to use robotics in precision farming,香蕉视频直播� Dr. Shehata noted. 香蕉视频直播淯sing AI and sensor-equipped drones, we can map fields and identify exactly where intervention is needed香蕉视频直播攚hether it香蕉视频直播檚 watering, fertilizing, or targeted weed removal using lasers instead of herbicides.香蕉视频直播�
The project is backed by PartnerBot, a program by Clearpath Robotics that香蕉视频直播檚 been supporting innovative robotics research since 2012.
