High-precision 3D geologication of persistent scatterers with one single-epoch GCP and lidar DSM data

Mengshi Yang; Prabu Dheenathayalan; Ling  Chang; Jinhu Wang; Roderik C. Lindenbergh; Mingsheng Liao; Ramon F. Hanssen

High-precision 3D geologication of persistent scatterers with one single-epoch GCP and lidar DSM data

Mengshi Yang
, Prabu Dheenathayalan
, Ling Chang
, Jinhu Wang
, Roderik C. Lindenbergh
, Mingsheng Liao
, Ramon F. Hanssen

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Academic

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Abstract

In persistent scatterer (PS) interferometry, the relatively poor 3D geolocalization precision of the measurement points (the scatterers) is still a major concern. It makes it difficult to attribute the deformation measurements unambiguously to (elements of) physical objects. Ground control points (GCP's), such as corner reflectors or transponders, can be used to improve geolocalization, but only in the range-azimuth domain. Here, we present a method which uses only one GCP, visible in only one single radar acquisition, in combination with a digital surface model (DSM) data to improve the geolocation precision, and to achieve an object snap by projecting the scatterer position to the intersection with the DSM model, in the metric defined by the covariance matrix (i.e. error ellipsoid) of every scatterer.

Original language	English
Title of host publication	Living Planet Symposium, Proceedings of the conference
Subtitle of host publication	Prague, Czech Republic
Editors	L. Ouwehand
Publisher	European Space Agency (ESA)
Number of pages	4
Volume	740
ISBN (Electronic)	978-92-9221-305-3
Publication status	Published - 2016
Externally published	Yes
Event	European Space Agency Living Planet Symposium 2016 - Prague, Czech Republic Duration: 9 May 2016 → 13 May 2016 http://lps16.esa.int/

Conference

Conference	European Space Agency Living Planet Symposium 2016
Country/Territory	Czech Republic
City	Prague
Period	9/05/16 → 13/05/16
Internet address	http://lps16.esa.int/

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https://ris.utwente.nl/ws/portalfiles/portal/27685776

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Yang, M., Dheenathayalan, P., Chang, L., Wang, J., Lindenbergh, R. C., Liao, M., & Hanssen, R. F. (2016). High-precision 3D geologication of persistent scatterers with one single-epoch GCP and lidar DSM data. In L. Ouwehand (Ed.), Living Planet Symposium, Proceedings of the conference: Prague, Czech Republic (Vol. 740). Article 398 European Space Agency (ESA). https://ris.utwente.nl/ws/portalfiles/portal/27685776

@inproceedings{d6af74e84ae0423db83e8a1a32c45298,

title = "High-precision 3D geologication of persistent scatterers with one single-epoch GCP and lidar DSM data",

abstract = "In persistent scatterer (PS) interferometry, the relatively poor 3D geolocalization precision of the measurement points (the scatterers) is still a major concern. It makes it difficult to attribute the deformation measurements unambiguously to (elements of) physical objects. Ground control points (GCP's), such as corner reflectors or transponders, can be used to improve geolocalization, but only in the range-azimuth domain. Here, we present a method which uses only one GCP, visible in only one single radar acquisition, in combination with a digital surface model (DSM) data to improve the geolocation precision, and to achieve an object snap by projecting the scatterer position to the intersection with the DSM model, in the metric defined by the covariance matrix (i.e. error ellipsoid) of every scatterer.",

author = "Mengshi Yang and Prabu Dheenathayalan and Ling Chang and Jinhu Wang and Lindenbergh, \{Roderik C.\} and Mingsheng Liao and Hanssen, \{Ramon F.\}",

year = "2016",

language = "English",

volume = "740",

editor = "L. Ouwehand",

booktitle = "Living Planet Symposium, Proceedings of the conference",

publisher = "European Space Agency (ESA)",

note = "European Space Agency Living Planet Symposium 2016 ; Conference date: 09-05-2016 Through 13-05-2016",

url = "http://lps16.esa.int/",

}

Yang, M, Dheenathayalan, P, Chang, L, Wang, J, Lindenbergh, RC, Liao, M & Hanssen, RF 2016, High-precision 3D geologication of persistent scatterers with one single-epoch GCP and lidar DSM data. in L Ouwehand (ed.), Living Planet Symposium, Proceedings of the conference: Prague, Czech Republic. vol. 740, 398, European Space Agency (ESA), European Space Agency Living Planet Symposium 2016, Prague, Czech Republic, 9/05/16. <https://ris.utwente.nl/ws/portalfiles/portal/27685776>

High-precision 3D geologication of persistent scatterers with one single-epoch GCP and lidar DSM data. / Yang, Mengshi; Dheenathayalan, Prabu; Chang, Ling et al.
Living Planet Symposium, Proceedings of the conference: Prague, Czech Republic. ed. / L. Ouwehand. Vol. 740 European Space Agency (ESA), 2016. 398.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Academic

TY - GEN

T1 - High-precision 3D geologication of persistent scatterers with one single-epoch GCP and lidar DSM data

AU - Yang, Mengshi

AU - Dheenathayalan, Prabu

AU - Chang, Ling

AU - Wang, Jinhu

AU - Lindenbergh, Roderik C.

AU - Liao, Mingsheng

AU - Hanssen, Ramon F.

PY - 2016

Y1 - 2016

N2 - In persistent scatterer (PS) interferometry, the relatively poor 3D geolocalization precision of the measurement points (the scatterers) is still a major concern. It makes it difficult to attribute the deformation measurements unambiguously to (elements of) physical objects. Ground control points (GCP's), such as corner reflectors or transponders, can be used to improve geolocalization, but only in the range-azimuth domain. Here, we present a method which uses only one GCP, visible in only one single radar acquisition, in combination with a digital surface model (DSM) data to improve the geolocation precision, and to achieve an object snap by projecting the scatterer position to the intersection with the DSM model, in the metric defined by the covariance matrix (i.e. error ellipsoid) of every scatterer.

AB - In persistent scatterer (PS) interferometry, the relatively poor 3D geolocalization precision of the measurement points (the scatterers) is still a major concern. It makes it difficult to attribute the deformation measurements unambiguously to (elements of) physical objects. Ground control points (GCP's), such as corner reflectors or transponders, can be used to improve geolocalization, but only in the range-azimuth domain. Here, we present a method which uses only one GCP, visible in only one single radar acquisition, in combination with a digital surface model (DSM) data to improve the geolocation precision, and to achieve an object snap by projecting the scatterer position to the intersection with the DSM model, in the metric defined by the covariance matrix (i.e. error ellipsoid) of every scatterer.

M3 - Conference contribution

VL - 740

BT - Living Planet Symposium, Proceedings of the conference

A2 - Ouwehand, L.

PB - European Space Agency (ESA)

T2 - European Space Agency Living Planet Symposium 2016

Y2 - 9 May 2016 through 13 May 2016

ER -

High-precision 3D geologication of persistent scatterers with one single-epoch GCP and lidar DSM data

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