自动悬停剖面仪

P. Maurya, E. de Sa, A. Dubey, N. Dabholkar, A. Pascoal
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引用次数: 5

摘要

本文介绍的自主悬停剖面仪(AHP)基于受控推进器驱动的剖面仪,该剖面仪最初是在美国专利6,786,087中提出的概念[1],随后发展成为一种经过验证的海洋剖面仪(自主垂直剖面仪- AVP)[2],该剖面仪正在NIO果阿的科学项目中使用。我们通过整合额外的声学和压力传感器以及多功能悬停/高度控制系统来增强AVP,使设备保持在海床以上或海面以下的恒定高度。通过这样做,AHP可以悬停并跟随海底或海面的地形,因为它在洋流的作用下漂移。这一发展在珊瑚和海底摄影、海面浮游植物华花的时间跟踪以及自主跟踪具有稳定时变垂直剖面形状的叶绿素、温度和溶解氧等物理变量的梯度等方面具有新的应用潜力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Autonomous hovering profiler
The Autonomous hovering profiler (AHP) presented here has its basis on the Controlled thruster driven profiler that was first conceptualized in US patent 6,786,087 [1] thereafter developed as a proven oceanographic profiler (the Autonomous Vertical Profiler- AVP) [2] that is being used in scientific programs at NIO, Goa. We have augmented the AVP by incorporating additional acoustic and pressure sensors together with a versatile hover /altitude control system that maintains the device at a constant altitude above the seabed or below the sea surface. By doing this the AHP can hover and follow the topography of the seabed or sea surface as it drifts under the action of ocean currents. The development has the potential of novel applications in coral and seabed photography, time tracking of surface phytoplankton blooms and to autonomously follow the gradients of physical variables of chlorophyll, temperature, and dissolved oxygen which have stable time varying vertical profile shapes.
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