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      <dc:title>Real-time Volume Visualization of Sensor Data for Target Detection and Classification</dc:title> 
      <dc:date>1998</dc:date> 
      <dc:language>English</dc:language> 
      <dc:format>Text</dc:format> 
      <dc:type>Conference Paper</dc:type> 
      <dc:relation>Erbacher, R.E. et al.: Visual Data Exploration and Analysis V. Bellingham: SPIE, 1998.
                   (SPIE Proceedings Series 3298), pp. 261-270</dc:relation> 
      <dc:subject>classification</dc:subject> 
      <dc:subject>data analysis</dc:subject> 
      <dc:subject>detection</dc:subject> 
      <dc:subject>real-time sensor visualisation</dc:subject> 
      <dc:subject>sonar</dc:subject> 
      <dc:description>The Advanced Volume Visualization Display (AVVD) research program is a joint research
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                      Innovative Research and Development Corp. It is dedicated to the real-time visualization
                      of high-resolution volumetric sensor data sets, maximizing the use of the human visual
                      system to facilitate detection and classification in extremly hostile environments. The
                      AVVD program has successfully demonstrated the application of high-speed volume visualization
                      to a number of detection and classification problems. Recent emphasis has been on sonar for
                      undersea imaging using data from the Naval Undersea Warfare Center - Division Newport's High
                      Resolution Array (HRA), and rapid mine detection usind data from the Coastal System Station's
                      Toroidal Volume Search Sonar (TVSS). The AVVD system introduced a new capability: the
                      intuitive composition of several "pings" into a synthetic volumetric set. This composite data
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