Fuzzy clustering in avian infrared imagery application

Golrokh Mirzaei, M. Jamali, J. Ross, P. Gorsevski, V. Bingman
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引用次数: 1

Abstract

There are large number of reports regarding bird and bat mortality due to strikes with turbine blades in wind farm applications. This issue is threatening the avian life especially migratory birds and bats. Avian monitoring techniques can be used to detect bird and bats, assess their activity, and make intelligent decision for construction of wind farms. In this paper, an IR monitoring approach is used for monitoring birds and bats in an area potential for future construction of wind turbines. As there is no a priori database of images for local birds/bats, clustering is used as an effective technique to group different avian categories. Fuzzy C Means is developed in this application to cluster the targets into birds, bats, and insects groups. The results are then compared with a hard Ant Clustering Algorithm. The number of created clusters and number of individuals in each cluster are then compared.
模糊聚类在鸟类红外图像中的应用
有大量关于鸟类和蝙蝠死亡的报告,由于与风力发电场应用的涡轮叶片罢工。这一问题正威胁着鸟类的生命,尤其是候鸟和蝙蝠。鸟类监测技术可以用来探测鸟类和蝙蝠,评估它们的活动,并为风力发电场的建设做出明智的决策。在本文中,红外监测方法用于监测鸟类和蝙蝠在未来可能建设风力涡轮机的地区。由于没有先验的本地鸟类/蝙蝠图像数据库,因此聚类是一种有效的鸟类分类方法。在此应用程序中开发了模糊C方法,将目标聚类为鸟类,蝙蝠和昆虫组。然后将结果与硬蚂蚁聚类算法进行比较。然后比较创建的集群数量和每个集群中的个体数量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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