Measurement and Analysis for Radar Glint Effect of Maritime Target

Kim, Eunil

doi:10.9766/kimst.2014.17.4.521

Cited by 1 publication

(1 citation statement)

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“…Firstly, the glint model produces a randomized distribution of glint errors for relatively small variations in the range and target orientation. This effect has been observed through measurement [24]. Secondly, the variation of glint angle with range can be seen in Figure 10a but a range dependency is not evident in the glint displacement of Figure 10b.…”

Section: Glint Modelmentioning

confidence: 66%

Error analysis of a multi-sensor maritime targeting system

Hickman,

Niebla,

Sang

et al. 2023

Electro-Optical and Infrared Systems: Technology and Applications XX

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Targeting systems are subject to multiple sources of error when operating in complex environments. To reduce the effect of these errors, modern targeting systems generally include both imaging and RF sensors. Data processing then provides target detection and classification information, and the detection streams are combined using a data fusion scheme to produce an optimal target location estimate with an associated latency. In this paper, the performance of a multi-sensor system in a maritime application is investigated using a mathematical simulator that has been developed to provide the system performance error analysis for different engagement scenarios and test conditions. This simulator is described together with the sources of targeting error such as image motion blur and radar glint. Additionally, the impact of flare and chaff countermeasures on the targeting performance is reviewed in terms of different types of target recognition and tracking algorithms.

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Section: Glint Modelmentioning

confidence: 66%