2019 Vol.2 Oct. No.5

• Title: Research on collision avoidance of inland river high density ship based on wireless sensor network
• Name: Paramjeet Dhavachelvan
• Company: College-JNT University
• Abstract:

  The traditional wireless sensor network ship anti-collision means accuracy is too low, and the efficiency is poor. In order to solve this problem, a new in-river high-density ship anti-collision method is researched based on wireless sensor network. The structure of anti-collision system is designed. The structure layout diagram is given and the software workflow is set. In order to test the accuracy of the method, compared with the traditional method, the experimental results show that the designed ship anti-collision means has strong anti-collision ability, high precision and high work efficiency. This method is worthy of popularization.

  
  

• Keyword: wireless sensor network; inland ship; high-density ship collision avoidance; ship collision avoidance system;
• DOI: 10.12250/jpciams2019050554
• Citation form: Paramjeet Dhavachelvan.Research on collision avoidance of inland river high density ship based on wireless sensor network[J]. Computer Informatization and Mechanical System, 2019, vol. 2, pp. 31-35.

[1] Yuan Rongjian. Research on ship dynamic positioning system based on wireless sensor network [J]. ship science and technology, 2017,58 (12): 61-63.

[2] Wang Mingchao. Research on data acquisition of node data of ship wireless sensor network research [J]. ship science and technology, 2018,25 (2): 144-146.

[3] Liang Juan, Zhang Zhicheng, Ma Shixia. Energy balanced adaptive compression feeling Research on ship wireless sensor network [J]. ship science and technology, 2017,52 (4): 94-96.

[4] Xu Lei. Application of Calman filter in node location of wireless sensor network of ships [J]. naval ship science and technology, 2017,23 (1x): 94-96.

[5] Mei Jun. Based on improved adaptive particle filter based wireless sensor network, ship tracking [J]. Shanghai maritime University Journal, 2018, 39 (2): 12-16.

[6] Zhang Gang. ZigBee-GPS technology for ship wireless sensor network design application of [J]. ship science and technology, 2017,56 (22): 118-120.

[7] Chen Yadong, Zhang Yanmeng, Hu Hao. Based on Bayesian network, the error analysis of inland river ships colliding people [J]. Journal of Shanghai Maritime Univeristy, 2017, 38 (3): 41-46.

[8] Lv Jin China, Zhao Qianhong, Sun Wenjie, et al. Design of [J]. communication technology for marine environment monitoring system based on wireless sensor networks, 2017, 50 (10): 2357-2361.

[9] Zhang Yuefen, Li Hongling, Li Hanbin.Research on channel anomaly attack detection in mobile wireless sensor network communication[J].Computer simulation, 2017, 34 (7): 252-255.