Background
This workshop aims to bring together the scientific community and industry working on advanced processing techniques for spaceborne systems with the goal of fostering scientific exchange, accelerating innovation, and supporting the exploitation of emerging capabilities for the characterization of moving targets, sensor fusion, and AI-driven analytics in defense, security, and geointelligence applications. The event will focus on cutting-edge methods for high-resolution SAR imaging, long-dwell and time-resolved observation, multichannel and multistatic configurations, interferometric and tomographic techniques, AI-driven processing, and the integration of SAR with multisource capabilities. A session on new algorithms exploiting optical imagery will be included as well. The applications addressed in this workshop are expected to extend beyond traditional EO techniques and explicitly encompass domains related to security, situational awareness, and geospatial intelligence. Particular emphasis will be placed on methodologies that enhance the ability to detect, characterize, and monitor critical dynamics — such as activities around strategic infrastructures, ground and maritime moving targets, and rapid environmental or anthropogenic changes.
Objectives
By gathering experts from academia, research institutes and industry, the workshop seeks to:
- assess the current state of the art in advanced SAR and optical signal processing;
- identify key challenges and emerging research directions;
- promote collaboration on algorithms and processing environments;
- support the preparation for future missions;
- accelerate the development and uptake of enhanced SAR-based applications across security domain.
Ultimately, the workshop intends to provide a platform for discussion, knowledge sharing and community building around the processing concepts and data-exploitation techniques that are transforming the use of spaceborne radar and optical sensors.
The workshop will be structured around the following thematic areas:
1) Advanced SAR Imaging, Focusing and Signal analysis techniques
2) Interferometric SAR (InSAR), PolInSAR & TomoSAR for critical infrastructures and security
3) Advanced Multichannel SAR: HRWS, DBF, MIMO
4) Bistatic / Multistatic / Formation-Flying SAR
5) Artificial Intelligence/Machine Learning contribution to signal processing
6) SAR + Electronic Intelligence (ELINT) Integrated Techniques
7) Optical Advancements
Programme Committee
Maria Michela Corvino
ESA
Carmine Clemente
University of Strathclyde
Debora Pastina
University La Sapienza
| Abstract submission opening | early January 2026 |
| Abstract submission closing | 10 March 2026 17 March 2026 |
| Notification of acceptance | 15 April 2026 |
| Issue of Preliminary Programme | 15 April 2026 |
| Registration Opening | 15 April 2026 |
| Registration Closing | 5 May 2026 |
| Issue of Final Programme | at the workshop |
| Workshop | 11-13 May 2026 |
Abstract Submission
The abstract submission interface is now open, and we invite you to submit your contribution HERE along with your selection of the workshop themes and the preferred presentation format (oral or poster).
Abstracts should be between 200 and 400 words. As a reference, one A4 page with single spacing typically contains 400–500 words.
Please ensure that you provide complete co‑author information (including first name, last name, affiliation, and contact email).
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