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Robust Underwater Animal Detection Adopting CNN with LSTM

机译:采用LSTM的CNN强大的水下动物检测

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Underwater detection of objects valuable problem for many civil and military applications such as hydrographic surveys for the purpose of ensuring navigation. The objective of this work is to ensure flexibility, speed, and precise recognition of object underwater system for use in a variety of low-level underwater images captured. These imaging systems are used in separate occasions and under distinct weather and bathymetric circumstances from underwater imaging systems. This paper discusses the use of deep learning in the latest past to analyze underwater imagery. The methods to analyze are classified according to the object of detection, highlighting the characteristics and architectures used for deep learning. In the evaluation of digital sea bed imagery using deep neural networks, it is found that there is excellent scope for automation, particularly for the detection and tracking of detected object is harmful or non-harmful.
机译:对物体的水下检测,对于许多民用和军事应用的有价值问题,例如水文调查,以确保导航。 这项工作的目的是确保对物体水下系统的灵活性,速度和精确识别用于捕获各种低级水下图像的物体水下系统。 这些成像系统用于单独的场合,在水下成像系统中的不同天气和碱度情况下使用。 本文讨论了在最新过去分析水下图像的深度学习。 根据检测对象进行分类的分析方法,突出显示用于深度学习的特征和架构。 在使用深神经网络的数字海床图像的评估中,发现自动化范围很好,特别是对于检测到的物体的检测和跟踪是有害的或非危害的。

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