Fraunhofer-Institut für Optronik, Systemtechnik und Bildauswertung (IOSB)

Represented by:
Dr.-Ing. Michael Grinberg

The Fraunhofer Institute for Optronics, Systems Engineering and Image Exploitation IOSB is one of the largest institutes within the Fraunhofer-Gesellschaft's ICT Group. Our permanent staff consists of about 530 employees, 330 of them scientists and engineers. In addition there are about 170 scientific assistants.
Among other things, Fraunhofer IOSB offers development of systems and solutions for civil surveillance and security technology, environmental and traffic monitoring, inspection and quality assurance, as well as consulting services and contract studies in the fields of sensor technology, image and video evaluation, control center technology, systems engineering, situation control, geodata management, interoperability and interaction techniques.

In the field of image and video evaluation, our institute has been working for more than 30 years on methods for image enhancement, object and person detection and tracking, object classification, object inspection, change detection, situation recognition and anomaly detection.

Among other things, the Fraunhofer IOSB has developed a system called ABUL ("Automated Image Analysis for Unmanned Aircraft") for live and offline evaluation of images from airborne sensors (RPAS), which has been in use for many years by the German Federal Armed Forces and the Swiss Air Force and is also suitable for use in the civilian sector. Several procedures for image optimization, image and video analysis, automatic change detection, annotation and many more are integrated in this system. In addition, ABUL has an integrated geo-database-based video archive, which enables the archiving of video data and corresponding metadata as well as the efficient location of interesting individual images and image sequences based on geographical, temporal and other restrictions. This is required, for example, for surveillance and reconnaissance tasks, where the current need for information can be met with image material already flown. In addition, change detection tasks can be performed by taking reference images from previous flights into account.

Fraunhofer IOSB is developing the software solution "Digital Positioning Table" (DigLT) for position guidance and visualization. DigLT is a software system for distributed position visualization and position processing. Any number of users can work independently of each other on PCs and tablets or together on large displays in the same position. Due to the modular design, a fast adaptation to new data sources, such as sensors or geo data, as well as the adaptation to customer requirements is possible. The DigLT software runs browser-based (DigLTWeb) as well as in a version for Virtual Reality (VR) (DigLTVR).

To control several heterogeneous sensor platforms (flying, driving, swimming), Fraunhofer IOSB developed AMFIS (reconnaissance with mobile and stationary sensors in a network).

The system independently processes the reconnaissance orders, visualizes the positions and other status information of sensor platforms, converts the data into standard formats (STANAG), visualizes and distributes them. The system is modular, easily expandable with other sensor and sensor carrier types and offers a user-friendly interface - all systems are controlled in a uniform way (computer mouse, keyboard, joystick). AMFIS has interfaces to the video evaluation system ABUL, position guidance and position visualisation system DigLT as well as other existing monitoring systems, command and operation control centres. AMFIS supports mission and operations planning, mission monitoring, rule-based reactions and 3D simulation, merges the data and offers interactive evaluation support. AI-based modules for reaction generation, mission control as well as swarm and group control are also developed.

Due to the "rapid fielding" character of the systems, new procedures can be integrated quickly and tested and evaluated with mission data from users. Thus it is possible to offer additional features and products adapted to the users' needs

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