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Limits and Challenges of Optical Very‐High‐Spatial‐Resolution Satellite Remote Sensing for Urban Applications
This chapter contains sections titled:
Introduction
Geometrical problems
Spectral problems
Mapping limits and challenges
Adding the time factor: VHR and change detection
A possible way forward
Building damage assessment
Conclusions
References
Limits and Challenges of Optical Very‐High‐Spatial‐Resolution Satellite Remote Sensing for Urban Applications
This chapter contains sections titled:
Introduction
Geometrical problems
Spectral problems
Mapping limits and challenges
Adding the time factor: VHR and change detection
A possible way forward
Building damage assessment
Conclusions
References
Limits and Challenges of Optical Very‐High‐Spatial‐Resolution Satellite Remote Sensing for Urban Applications
Yang, Xiaojun (editor) / Gamba, Paolo (author) / Dell'Acqua, Fabio (author) / Stasolla, Mattia (author) / Trianni, Giovanna (author) / Lisini, Gianni (author)
Urban Remote Sensing ; 35-48
2011-04-15
14 pages
Article/Chapter (Book)
Electronic Resource
English
major challenges, and limits with very‐high‐spatial‐resolution (VHR) optical remote sensor data ‐ monitoring human settlements , segmentation algorithm ‐ exploited, and the watershed segmentation algorithm , multiple limits and challenges of VHR optical imagery ‐ for urban‐related applications , adding time factor, VHR and change detection ‐ in multitemporal urban remote sensing using VHR optical data , geometrical problems, issues peculiar to VHR images ‐ and geometric accuracy , building damage assessment ‐ built‐up object detection for building inventories, cadastral map updates , VHR images in urban areas ‐ and environmental monitoring , optical very‐high‐spatial‐resolution satellite remote sensing, limits and challenges ‐ for urban applications , per‐object, spatially‐aware and context‐sensitive approaches ‐ required and relying on remotely sensed data , geometrical and spectral inconsistencies of single pixels ‐ stress on urban mapping, using optical VHR sensor, more than one pixel at a time
Urban land use extraction from Very High Resolution remote sensing imagery using a Bayesian network
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