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Small Craft ID Criteria (N_(50)/V_(50)) for Short Wave Infrared Sensors in Maritime Security

机译:海上安全中短波红外传感器的小型工艺ID标准(N_(50)/ V_(50))

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摘要

The need for Anti-Terrorism and Force Protection (AT/FP), for both shore and sea platform protection, has resulted in a need for imager design and evaluation tools which can predict field performance against maritime asymmetric threats. In the design of tactical imaging systems for target acquisition, a discrimination criterion is required for successful sensor realization. It characterizes the difficulty of the task being performed by the observer and varies for different target sets. This criterion is used in both assessment of existing infrared sensor and in the design of new conceptual sensors.rnIn this experiment, we collected 8 small craft signatures (military and civilian) in the short wave infrared (SWIR) band during the day. These signatures were processed to determine the targets' characteristic dimension and contrast. They were also processed to bandlimit the signature's spatial information content (simulating longer range) and a perception experiment was performed to determine the task difficulty (N_(50) and V_(50)). The results are presented in this paper and can be used for maritime security imaging sensor design and evaluation.
机译:对于岸上和海上平台的保护都需要反恐和部队保护(AT / FP),因此需要能够预测野战对海上非对称威胁的成像器设计和评估工具。在用于目标捕获的战术成像系统的设计中,成功的传感器实现需要判别标准。它表征了观察者执行任务的难度,并因不同的目标集而异。该标准可用于评估现有的红外传感器和设计新的概念传感器。在本实验中,我们白天收集了短波红外(SWIR)波段的8个小型工艺信号(军用和民用)。处理这些签名以确定目标的特征尺寸和对比度。还对它们进行处理以限制签名的空间信息内容(模拟更长的范围),并执行感知实验以确定任务难度(N_(50)和V_(50))。结果在本文中提出,可用于海上安全成像传感器的设计和评估。

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