The multi-display image interpretation workstation is developed at Fraunhofer IOSB.
The workstation consists of four displays which diplay different tools that support the image analyst in his work.
A multi-display image interpretation workstation is developed by Fraunhofer IOSB.
The workstation consists of four displays which display different tools that support the image analyst in his work.
This includes the image representation of monoscopic and stereoscopic images, a display of meta information, map display and assistance systems.
In addition, an innovative operating concept, which is based not only on the keyboard and mouse, but also integrates new input methods such as touch, pointing gestures and head rotation of the user.
The workstation is equipped with an innovative operating concept which integrates new devices in addition to keyboard and mouse. This enables new input methods such as touch, interpretation of pointing gestures and of head rotation of the user.
In this work, various tools will be integrated, which are based on an actual operation of an image Analyst.
The purpous of these tools ist to support the user in his routine Tasks.
In this work, various software components will be integrated to improve the efficiency of the image analyst.
It is most effective to support the user in routine tasks.
The direct connection to the Coalition Shared Data Server (CSD) is not yet part of the system.
The CSD allows querying and setting reconnaissance data of all participating systems
The multi-display workstation should recieve Reconnaissance results from this database and write back the results of a successful evaluation.
The CSD stores reconnaissance data of all connected systems.
The multi-display workstation shall recieve reconnaissance results from this database and write back the results of a successful evaluation.
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Am Fraunhofer IOSB entsteht der Bildauswerteplatz der Zukunft.
Der Multi-Display-Arbeitsplatz besteht aus vier Displays, auf denen unterschiedliche Werkzeuge dargestellt werden, die den Bildauswerter bei seiner Arbeit unterstützen.
Dieses umfasst die Bilddarstellung von monoskopischen und stereoskopischen Bildern, die Anzeige von Metainformationen, Kartendarstellung bis hin zu Assistenzsystemen.
Dieses umfasst die Darstellung von monoskopischen und stereoskopischen Bildern, die Anzeige von Metainformationen, Kartendarstellung bis hin zu Assistenzsystemen.
Hinzu kommt ein innovatives Bedienkonzept, welches nicht nur auf Tastatur und Maus beruht, sondern auch neuartige Eingabemethoden wie Touch, Zeigegesten und die Kopfdrehung des Nutzers integriert.
Im Rahmen dieser Arbeit findet die Integration verschiedenen Werkzeuge statt, welche sich an einem tatsächlichen Arbeitsablauf eines Bildauswerters orientieren und ihn bei Routineaufgaben unterstützt.
