4. June 2018 – 7. June 2018 all-day
Riva del Garda


ISPRS Technical commission II “Photogrammetry” focuses, at various scales, on geometric, radiometric and multi-temporal aspects of image- and range-based 3D surveying and modeling. Specifically Commission II deals with image orientation, point cloud generation and processing, 3D feature extraction, scene understanding, sensor and data fusion, sensor characterization, machine learning for geospatial data analysis and big data techniques for massive data processing. Applications in the fields of mapping, industry, heritage, space, underwater and environment are considered.
We are looking forward to welcome researchers, practioners and companies in the field of photogrammetry, computer vision, image processing and similar to present and discuss their results and activities. The Symposium will feature 4 days with plenary and parallel sessions, oral and poster presentations as well as keynote speakers from research and commercial domains and an exhibition of the most important business players in the photogrammetric and geospatial domain.

The event is organized in collaboration with SIFET (Italian Society of Photogrammetry and Topography), JSPRS (Japan Society of Photogrammetry and Remote Sensing) and ARIDA (Japanese Association for Real-time Imaging and Dynamic Analysis).

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  • Sensor pose estimation and autonomous navigation
  • Image orientation, including direct and indirect geo-referencing
  • Structure from Motion, SLAM and bundle adjustment
  • Multi-image geometry
  • Methods for mesh generation
  • Dynamic scene understanding from image sequences
  • Spatial, spectral and temporal analysis of image and range data
  • Pattern analysis and machine learning methods for object detection and recognition
  • Point cloud processing, classification, rendering and streaming
  • Integration and fusion of multiple data sources
  • Change detection and spatio-temporal 3D monitoring of environmental and man-made processes
  • BIM and HBIM
  • 3D city modeling
  • Upscaling of photogrammetric processing methods
  • Scene understanding and 3D modeling
  • Image-based and range-based methods
  • Vision metrology and industrial applications
  • Medical systems and biomedical applications
  • Heritage 3D documentation
  • Underwater 3D measurements and applications
  • 3D mapping and monitoring of geohazards, geomorphology and vegetation
  • UAV / UAS platforms, payloads and data processing
  • Methodologies and algorithms for processing planetary remote sensing data
  • Evaluation of performance, reliability, computational complexity, robustness, sclability and generality of methods

Find out more here