Off-line observation system based on acoustic video camera for understanding behavior of underwater life

M. Mochizuki, A. Asada, T. Ura, M. Yamamuro, M. Fortes, L. Jimenez
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Abstract

We have developed an off-line acoustic video camera system for observation of underwater lives. This system consists of acoustic video camera “DIDSON”, power control unit and frame unit. DIDSON is commercially available acoustic lens-based imaging sonar. It can work even in turbid or dark water where optical systems fail. The power control unit was newly developed. It controls power supply to DIDSON and allows DIDSON to work in stand-alone mode at seafloor. This acoustic video camera system was used in order to observe behaviors of dugongs living in coastal area of Mindanao Island, Philippines, as its first field trial. Though the acoustic video camera system could not capture the images of dugongs due to limitation of observation period, quality of the captured images was good enough to indicate that the off-line acoustic video camera system has a practical use.
基于声摄像机的水下生物行为离线观测系统
我们开发了一种离线声视频摄像机系统,用于观察水下生物。该系统由声视频摄像机“DIDSON”、电源控制单元和帧单元组成。DIDSON是市售的基于声学透镜的成像声纳。即使在光学系统失效的浑浊或黑暗的水中,它也能工作。动力控制单元是新开发的。它控制电源到DIDSON,并允许DIDSON在海底独立模式下工作。该声学摄像机系统首次用于菲律宾棉兰老岛沿海地区的儒艮行为观察。虽然由于观测周期的限制,水声摄像机系统无法捕捉到儒艮的图像,但拍摄到的图像质量足够好,说明离线水声摄像机系统具有实际应用价值。
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