commonly referred to as drones, has led to an explosion of their use for numerous applications. In particular, these new platforms have enabled new imaging and earth remote sensing technologies and applications previously unavailable due to the high cost of manned aircraft or satellites.
This event is the 4th conference of STRATUS that will bring together academics, industry representatives, and domain specialists to share perspectives on this rapidly evolving topic.
This conference is planned to be a hybrid event (in-person attendance is contingent upon NY State COVID-19 regulations).
Sponsor Type:1
The emergence of low-cost and easy-to-use Unmanned Aerial Systems (UAS), commonly referred to as drones, has led to an explosion of their use for numerous applications. In particular, these new platforms have enabled new imaging and earth remote sensing technologies and applications previously unavailable due to the high cost of manned aircraft or satellites. This event is the 4th conference of STRATUS that will bring together academics, industry representatives, and domain specialists to share perspectives on this rapidly evolving topic.
Remote Sensing
3D and Multi-view Imaging
Environmental Monitoring and Modelling
Platforms, Calibration, Sensor, and Imaging Systems
Technologies and Applications
Algorithm and Image Processing
Photogrammetry
Geohazards and Extreme Events
Single Unit and Swarm Missions
Abstracts must be written in English and should not exceed 250 words. Abstracts should include title, authors’ contact information, and abstract body. The abstract can be presented either orally or as a poster. Please indicate in your submission for a poster or oral presentation.
May 17
2021
May 19
2021
Abstract Submission Deadline
Abstract Notification of Acceptance
Final Paper Deadline
2022-05-23 United States Syracuse
2022 IEEE Systems and Technologies for Remote Sensing Applications Through Unmanned Aerial Systems2016-10-28 United States Rochester,USA
2016 IEEE Systems and Technologies for Remote Sensing Applications Through Unmanned Aerial Systems
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