Disaster & Climate Resilience

Language: English 
This session consists of 3 presentations

12:00 - 13:00 THE APPLICATIONS OF DRONES IN SAFETY AND DISASTER RESILIENCE

In this session we will provide an overview of the role UAV-derived imagery and related geodata processing play in disaster risk management, especially in post-disaster damage and recovery assessment, as well as routine infrastructure monitoring, all within the framework of how to achieve or increase resilience. We will explain the utility of drones that range from microdevices weighing less than 40g, to more sophisticated hybrid platforms that combine flight behaviours of both airplanes and helicopters, and that can be equipped with a variety of sensors. We will demonstrate how (i) the data can be integrated, (ii) linked to existing data such as BIM models, (iii) processed in real-time, including onboard of the UAV, and (iv) how different forms of machine learning can be used for semantic scene understanding or the identification of features related to damages. This will be illustrated with data from the new ITC building (Langezijds).

Sofia Tilon
PhD Candidate

Sofia is working on detecting damage to buildings and infrastructure after disasters using earth observation imagery.

prof.dr.ing. F.C. Nex (Francesco)
Adjunct Professor

Francesco's research focuses on merging elements from photogrammetry, deep-learning and robotics to develop innovative solutions for geomatics applications.

Speaker
Norman Kerle

Norman is an expert on hazard, risk and disaster damage assessment with multi-type geodata and assessment of post-disaster recovery with remote sensing image analysis and macro-economic agent-based modelling. Francesco’s research focuses on fusing elements from photogrammetry, deep-learning and robotics to develop innovative solutions for Geomatics applications. Sofia works on the detection of post-disaster building and infrastructure damage from Earth observation imagery.