Authors | N. Said, K. Pogorelov, K. Ahmad, M. Riegler, N. Ahmad, O. Ostroukhova, P. Halvorsen and N. Conci |
Title | Deep learning approaches for flood classification and flood aftermath detection |
Afilliation | Communication Systems |
Project(s) | Efficient EONS: Execution of Large Workloads on Elastic Heterogeneous Resources |
Status | Published |
Publication Type | Proceedings, refereed |
Year of Publication | 2018 |
Conference Name | Working Notes Proceedings of the MediaEval 2018 Workshop |
Volume | 2283 |
Publisher | CEUR-WS.org |
Place Published | Sophia Antipolis, France |
Abstract | This paper presents the method proposed by team UTAOS for MediaEval 2018 Multimedia Satellite Task: Emergency Response for Flooding Events. In the first challenge, we mainly rely on object and scene level features extracted through multiple deep models pre-trained on the ImageNet and Places datasets. The object and scene-level features are combined using early, late and double fusion techniques achieving an average F1-score of 65.03%, 60.59% and 63.58%, respectively. For the second challenge, we rely on a convolutional neural networks (CNNs) and a transfer learning-based classification approach achieving an average F1-score of 62.30% and 61.02% for run 1 and run 2, respectively. |
Citation Key | 26259 |