为探索智能船舶在信息化和智能化应用上的深度,对其中的海洋综合性试验船的智能化改造进行具体研究,来推动智能船舶的良性发展.海洋综合性试验船的发展正由信息化向智能化转变,而试验数据的利用频率越来越高,以云计算为平台,预测技术为核心的智能试验船发展必将产生重要影响.为构建合理的海洋综合性试验船云计算模型架构,将参照它在信息化建设中存在的问题,将复杂的、异构的大数据进行信息融合,并根据这些特点,对海洋综合性试验船大数据处理模式的应用可行性分析,继而提出合理的云数据平台架构,满足海洋综合性试验船日常的数据分析,最后,结合实际应用,验证了该方法的有效性,提高了海洋综合性试验船的信息处理效率.%By exploring the intelligent ship's informatization and intelligentize, specially in the ocean scientific-re-search ship, soas to promote the development of the intelligent ship.Oceanscientific-research shipis turning from information-ization to intelligentize, the big data of oceanscientific-research shipis used frequencily, the big data's application plays an important role in theintelligent ship, the core technology mainly includes the cloud computation and intelligent prediction.To build a reasonable cloud computing model architecture of the oceanscientific-research ship, it will refer to theexisting prob-lems and character.based on the current situation, it can verify the feasibility of the big data processing model, and then it puts forward areasonable cloud data platform architecture and meets the daily data analysis, at last, it can be usedin the prac-tical application, the test result proves the effectiveness of the proposed method.it improve the efficiency of the information processing of oceanscientific-research ship.
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机译:Frekvensband och antenntyper foer marint HF-samband。 Vagutbredningsbetingade Rekommendationer foer samband Fartyg / Fartyg,Fartyg / Land och Fartyg / Helikopter(海洋HF通信的频带和天线类型。基于无线电波传播的通信船到岸,船到船和直升机的建议计算)