Full name Familienname, Vorname
Pelich, Ramona
 

Results 1-8 of 8 (Search time: 0.002 seconds).

PreviewAuthors / EditorsTitleTypeIssue Date
1Zhao, Jie ; Chini, Marco ; Matgen, Patrick ; Hostache, Renaud ; Pelich, Ramona ; Wagner, Wolfgang The influence of the incidence angle over the backscattering values for SAR-based flood mappingPräsentation Presentation2018
2Zhao, Jie ; Chini, Marco ; Matgen, Patrick ; Hostache, Renaud ; Pelich, Ramona ; Ali, Iftikhar ; Wagner, Wolfgang Large-Scale Flood Record From ENVISAT Archive Using Change Detection: UK as a Test CasePräsentation Presentation2019
3Zhao, Jie ; Chini, Marco ; Pelich, Ramona ; Matgen, Patrick ; Hostache, Renaud ; Cao, Senmao ; Wagner, Wolfgang Generating an exclusion map for SAR-based flood extent maps using Sentinel-1 time series analysisPräsentation Presentation2020
4Zhao-2020-Deriving Exclusion Maps from C-Band Sar Time-Series An Addition...-vor.pdf.jpgZhao, Jie ; Chini, Marco ; Pelich, Ramona ; Matgen, Patrick ; Hostache, Renaud ; Cao, Senmao ; Wagner, Wolfgang Deriving Exclusion Maps from C-Band Sar Time-Series: An Additional Information Layer for Sar-Based Flood Extent MappingInproceedings Konferenzbeitrag 3-Aug-2020
5Zhao, Jie ; Pelich, Ramona ; Hostache, Renaud ; Matgen, Patrick ; Cao, Senmao ; Wagner, Wolfgang ; Chini, Marco Deriving exclusion maps from C-band SAR time-series in support of floodwater mappingArticle Artikel Nov-2021
6Zhao, Jie ; Li , Yu ; Matgen, Patrick ; Pelich, Ramona ; Hostache, Renaud ; Wagner, Wolfgang ; Chini, Marco A Comparison of three deep learning-based methods for large-scale urban flood mapping using SAR dataInproceedings Konferenzbeitrag2022
7Zhao, Jie ; Chini, Marco ; Matgen, Patrick ; Hostache, Renaud ; Pelich, Ramona ; Wagner, Wolfgang An Automatic SAR-Based Change Detection Method for Generating Large-Scale Flood Data Records: The UK as a Test CaseKonferenzbeitrag Inproceedings2019
8Zhao, Jie ; Chini, Marco ; Matgen, Patrick ; Hostache, Renaud ; Pelich, Ramona ; Wagner, Wolfgang A Fully Automatic Change Detection Method for Large-Scale Flood Record Generation using SAR Data: UK as a Test CaseKonferenzbeitrag Inproceedings2019