多波段热红外传感的目标识别

S. Tulyakov, V. Mitin, Gyana R. Biswal, M. Yakimov, V. Tokranov, K. Sablon
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引用次数: 0

摘要

通过捕获该光谱较窄亚带的辐射信号并对彩色或多通道热红外图像进行识别,可以增强热红外光谱中的目标识别。在这项工作中,我们研究了商用摄像机捕获的双通道热红外图像可能带来的好处。我们对收集到的包括人和车的图像进行了实验。将不同通道的目标识别结果分别进行融合,比使用单通道全光谱图像的识别器有一定的改进。我们还提出了一种基于非对称掺杂双量子阱阵列的自适应热成像仪的概念验证设计,该设计在未来可以有效地捕获多波段图像。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Object Recognition for Multiband Thermal Infrared Sensing
The object recognition in thermal infrared spectrum can possibly be enhanced by capturing radiation signals in narrower subbands of this spectrum and performing recognition in color or multiple channel thermal infrared images. In this work, we investigate possible benefits of 2-channel thermal infrared images captured by commercial cameras. We performed experiments on our collected images containing persons and cars. Fusion of object recognition results obtained in different channels separately, gives some improvement over the use of a recognizer with single channel full spectrum images. We also present a proofof- concept design of adaptable thermal imager based on asymmetrically-doped double quantum well arrays, which can efficiently capture multiband images in the future.
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