Architectural, topographical and remote sensing surveys

Capture of radar images, pre- and post- processing, interferometry and calculations.

Topographical/celerimetric/GPS surveys carried out to: monitor the land and ground deformations; monitor large civil structures and cultural assets; to monitor the natural environment, man-made environment and natural resources. Panoramic images of waterfronts, image capture from PhotoGPS with the use of calibrated cameras (full format or others) and 3D texturing of panoramic images on topographical databases integrated with laser scanners in order to generate a range of images of the fronts in support of the risk maps, VIA and maps of intervisibility. Development of Geopanapp (applications for I-devices) to support projects based on volunteered information and living lab communities.

Analysis of multispectral, hyperspectral, thermal and radar (RGB, NIR Near Infrared, IR Infrared, TIR) satellite or aerial images. Remote study of land changes. Assimilation of remote and multi-source data. Modelling of bio- and geo-physical parameters collected remotely.

Aerial photogrammetry surveys using UAV technology. ground surveys of the land and the built environment and image processing.

Three-dimensional surveys through the use of LiDAR sensors, terrestrial laser scanners and structured-light 3D scanners of complex architecture, sites, archaeological digs, the environment and small-scale objects. Use of data obtained for the simulation of scenarios and environmental monitoring.

Multi-sensor acquisition systems with UAV (Unmanned Aerial Vehicle) and data processing technology. Development of integrated sensors and software modules for UAVs and ground-based multispectral acquisition systems. Calibration and orientation of integrated sensors, GPS/INS, multispectral and thermal cameras, and the development and implementation of algorithms.