Research on PDA-based hull damage detection and plugging device
DOI:
https://doi.org/10.54097/hset.v56i.10714Keywords:
ship safety; PDA; algorithm design; shipping.Abstract
With the rapid development of the shipping industry, the water traffic safety situation is still severe, and the shipping safety issue has received extensive attention from all walks of life. Water traffic accidents such as ship collisions, groundings, fires, and self-sinking events will bring serious consequences such as economic losses, marine pollution, and casualties. Based on PDA, this project designs a set of airbag system specially for passenger ships. Compared with the traditional manual plugging technology that relies on the experience and judgment of the crew, this project is more comprehensive and intelligent. Modern ships should move towards a safer and more intelligent direction, so as to truly ensure the safety of shipping channels.
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References
Design of PDA for Wireless Acquisition of Cathodic Protection Potential of Buried Metal Pipeline[D]. Zhang Yu. Beijing University of Chemical Technology 2010.
Research on spectral matching of images based on PDA [D]. Yang Ying. China University of Geosciences (Beijing) 2009.
Principle and implementation of agricultural expert system based on PDA [D]. Ouyang Jianquan. Xiangtan University 2001.
Design and implementation of pulmonary nodule auxiliary detection system based on convolutional neural network [D]. An Zengping. Ningxia University 2018.
Research on mobile monitoring communication technology based on PDA mobile phone [D]. Zhao Zhicong. South China University of Technology 2010.
Design and development of data acquisition and diagnosis system based on PDA [D]. Wei Huijuan. Xi'an University of Science and Technology 2010.
Meter reading system based on PDA image processing [D]. Xu Ye. North China Electric Power University (Hebei) 2008.
Research on trusted network connection technology in smart grid PDA terminals [D]. Wu Xinyun. Shenyang University of Science and Technology 2020.
Research and implementation of portable road condition collection system based on PDA platform [D]. Xiaoyu Wu. Chang'an University 2012.
Application of PDA data acquisition system in hot tandem rolling production line [D]. Wei Qingxuan. Taiyuan University of Technology 2010.
XML-based Standard Interface Solution in Digital Shipbuilding [J]. Cheng Yixin, Liang Long, Wu Jianbo, Leng Wenhao. Computer Engineering and Design. 2009(18).
Analysis of the development trend of informatization of my country's shipbuilding enterprises for digital shipbuilding [J]. Xu Xiaofeng, Zhao Jinlou. Modern Management Science. 2009(06).
Research on the key factors and solutions of digital shipbuilding in my country [J]. Ren Nan, Liu Jianyi, Su Xiang, Gu Xialing. Research on Science and Technology Management. 2009(04).
Discussion on Coordinate Similarity Transformation Model [J]. Chen Tingwu, Duan Hongzhi, Zhu Zhaorong. Beijing Surveying and Mapping. 2008(04).
Exploration of Shipbuilding Precision Management [J]. Zeng Xiancheng. Jiangsu Shipbuilding. 2008(03).
Design of XML Parsing Method in ChinaGrid [J]. Zhang Haihui, Zhou Xingshe, Yang Zhiyi, Wu Xiaojun, Wang Tao. Computer Engineering. 2008(02).
Correlation between parameters in seven-parameter transformation[J]. Wang Xiexian. Geodesy and Geodynamics. 2007(02).
Several key technologies of digital shipbuilding [J]. Xie Ziming, Xue Zengfeng. Shanghai Shipbuilding. 2006(01).
Analysis of practical functions of total station and prospect of development trend [J]. Chen Wenzhao. Jiangxi Surveying and Mapping. 2005(04).
The cornerstone of XML application: XML parsing technology [J]. Liu Fang, Xiao Tiejun. Computer Engineering and Design. 2005(10).
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