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Development of an autonomous catamaran based observatory system for collecting meteorological and oceanographic parameters at Gulf of Khambhat-Gujarat

机译:基于自主双体船的研发系统,用于在Khambhat-Gujarat湾收集气象和海洋学参数

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An instrumented, self-orienting catamaran based observatory system has been developed successfully by National Institute of Ocean Technology (NIOT) to measure the physical properties above and below sea surface[1]. The autonomous observatory has the capabilities of measuring currents of depth up to 40m. The above development work has been undertaken to meet the requirement of establishing met-ocean observatory system in different locations in Gulf of Khambhat (GoK), in Gujarat state for the construction of dam in the Gulf of Khambhat under Kalpasar project. The prime objective of the establishment of network of observatories is to collect time series measurements of met-ocean data sets which are necessary for the understanding, conceptual design and modeling. The observatory systems are categorized in to three types depending on sensor configuration on each type. This paper describes on the developmental work carried out for the establishment of catamaran based observatory system which is suitable for high current [2]. This development work has been successful with the CPU interfaced to the required set of sensors on the catamaran based observatory platform.
机译:由国家海洋技术研究所(NIOT)成功开发了一种仪表,自定向的基于双体船的天文台系统,以测量海面上方和下方的物理性质 [1] 。自主天文台具有测量深度高达40米的电流的能力。上述开发工作已经开展,以满足在古吉拉特邦(Gok)在Kalpasar项目下的Khambhat海湾建设的古吉拉特邦建立欧海观测系统的要求。建立观察者网络的主要目标是收集欧洲海洋数据集的时间序列测量,这是理解,概念设计和建模所必需的。根据每种类型的传感器配置,观测系统分为三种类型。本文介绍了建立基于双体的天使炮天文台系统的发展工作,该系统适用于高电流 [2] 。该开发工作已经成功,CPU接口到基于双帆的天文台平台上所需的传感器集。

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