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Intelligent Sensory Data Processing and Imaging in Dynamic Battlefield Scenarios
Fedex Institute of Technology, University of Memphis |
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Workshop Co-Chairs: Robert Kozma, University of Memphis, TN Amir Shirkhodaie, Tennessee State University, TN
Supported by: |
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The goal of this workshop is to create a forum for interdisciplinary researchers to discuss research and development issues in the area of radar, ladar, UV, and imaging sensory data processing, pattern recognition and classification, and information association/correlation and fusion from multi-modality sensors in order to solve long term technological challenges and meet US defense needs in complex warfare scenarios. Recent advances in Ultra-wideband radars, ladar, and imaging systems coupled with biologically-inspired optimization and control algorithms enable achievement of new cutting edge technologies for warfighters acting in dynamically changing environmental conditions, with adversaries hidden behind high level of noise and clutter. The tasks include sensor data acquisition, distributed sensor data processing and fusion, and mobile platforms navigation and control in hostile environment, and the reliable detection and characterization of adversaries. The Program of the Workshop includes:
Invited Speakers:
Final Program
Workshop Announcement (1p) (pdf) |
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With inquiries please contact one of the Co-Chairs: R. Kozma: rkozma@memphis.edu or A. Shirkhodaie ashirkhodaie@tnstate.edu. |
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