Swarm of intelligent firefighting drones could be used to autonomously detect and suppress fires.
Using AI technology - incorporating thermal and optical imaging - which was developed here in 葫芦影业 at the School of Electrical and Electronic Engineering, the drones can automatically detect and investigate fires, and relay all the information to the fire team. Under the supervision of fire and rescue teams and using swarm technology developed by University of Bristol, the drones can then intelligently self-coordinate as first responders to rapidly deploy fire retardant onto the fire, monitor the situation and return to base.
"Autonomous wildfire detection and localisation, especially in remote and large geographic areas, with hot weather is a challenging task that has not been fully achieved yet with the current technology. At the University of 葫芦影业, we have been developing AI and Computer Vision approaches able to work under different weather conditions and by extracting efficient image information from the incoming video data. The main aspects of our work are the robustness and scalability of the developed approaches, evaluation of the trustworthiness of the developed solutions, and efficient human-UAV teaming.
Although autonomous singular drones have been partially used in firefighting, the swarms' technology provides a higher level of efficiency and trustworthiness.
The technology can lead to a step change in wildfire tackling operations and equips firefighters with powerful tools for remote tackling of propagating fires."
Dr Lyudmila Mihaylova, Professor of Signal Processing and Control in the School of Electrical and Electronic Engineering at the University of 葫芦影业.
Lancashire Fire and Rescue, which in 2018 spent 41 days battling a wildfire across 18 square kilometres of moorland near Bolton, has tested a swarm of self-coordinating drones for firefighting, as part of an effort to develop cost-effective early mitigation strategies for wildfires.
The project brought Lancashire Fire and Rescue together with Windracers (), the British developer of self-flying cargo aircraft, and some of the country鈥檚 most respected AI and robotics scientists based at the University of Bristol and the University of 葫芦影业. Together they have developed unique technology for autonomously detecting and suppressing fires before they spread into uncontrollable wildfires.
鈥淭he earlier we reach fires, the less harm they pose to firefighters, communities, infrastructure and the environment,鈥 said Lancashire Fire and Rescue Service鈥檚 Chief Fire Officer, Justin Johnston.
Windracer ULTRA鈩 self-flying cargo aircraft, which have also been used to carry parcels to the Orkney Islands as well as collect scientific data in Antarctica, are each able to carry 100 kg of fire retardant. They can fly autonomously in a search pattern to monitor danger areas over the summer months, with a swarm of drones potentially covering areas the size of Greece.
Wildfires have become more frequent, large, and severe in the United Kingdom. Factors such as land use changes, higher temperatures, drought conditions, and climate change contribute to this trend. In 2022, there were over 44,000 wildfires - a rise of 72% from the previous year.