Advanced Processing for High Frequency Active Systems
The purpose of the effort reported here is to investigate advanced signal processing and modern multi-target batch tracking algorithms for high frequency active applications. High frequency active sensor systems are currently being evaluated by the Navy to meet the Sea Power 21 Sea Shield objectives...
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| creator | Hempel, Christian G Greineder, Stephen G |
| description | The purpose of the effort reported here is to investigate advanced signal processing and modern multi-target batch tracking algorithms for high frequency active applications. High frequency active sensor systems are currently being evaluated by the Navy to meet the Sea Power 21 Sea Shield objectives for force protection and port security. These systems have elementary baseline signal processing and tracking capabilities and could benefit from incorporating advanced acoustic processing and multi-target tracking algorithms designed for distributed active sensors. The incorporation of an improved processing is aimed at reducing the high rate of false tracks being reported during system testing. This effort used active measurements from prototype actve sonar sensors to demonstrate false alarm reduction and multi-target tracking on structured test data provided by ARL/UT, assess overall tracking performance and identify areas requiring algorithm improvements.
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| format | Report |
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| language | eng |
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| source | DTIC Technical Reports |
| subjects | ACOUSTICS Active & Passive Radar Detection & Equipment BASE LINES BATCH PROCESSING EXPERIMENTAL DATA FALSE ALARMS MULTIPLE TARGETS Numerical Mathematics SIGNAL PROCESSING TRACKING |
| title | Advanced Processing for High Frequency Active Systems |
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