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SqueeSAR™ can accurately measure displacement occurring at single buildings.

Individual buildings in both urban and rural settings can be subject to surface displacement, which may cause to structural damage. These displacements can be measured and mapped to millimeter accuracy using SqueeSAR™.

Building Stability
SqueeSAR™ can accurately measure displacements occurring at single buildings, providing maps that highlight building or ground instabilities.

Regular monitoring can identify differential deformation affecting infrastructure, from single buildings to entire cities, and provides an early indication of changes in surface height that could threaten structural integrity.

Historical Displacement
SqueeSAR™ can reconstruct the historic displacement of a building using satellite imagery archives. Maps of historic ground movement can provide insight into future behavior and can identify areas of stable ground for new infrastructure development.

High Resolution
The availability of high resolution satellite imagery permits a potentially higher density of ground measurement points to be detected, thereby increasing sensitivity to building movement.

 

Historical Analysis

Monitoring

<strong>Single Building Monitoring </strong><br>Image shows the elevation of ground measurement points obtained from SqueeSAR™ analysis over the Giubecca Palace, Venice. Color scale is calculated according to the maximum and minimum data values and represent elevation with respect to the ellipsoid model WSG84. Elevation values are particularly useful in single building stability analysis in understanding the position of measurement points on a structure.<br><br>Data: TerraSAR-X (May 2008 - Nov 2009). Background image: Google Earth.
Minimize Related Publications
High-Accuracy Urban DEM Using Permanent Scatterers

Publication: IEEE Transactions on Geoscience and Remote Sensing


Urban DEM

Conference: FRINGE 2005


Multi-image satellite SAR interferometry: state of the art and future trends

Conference: Australian International Conference on Radar


See all publications