Engine Room Monitoring System Design for Aging Vessels in Coastal Waters

Abstract:

In order to improve the engine room monitoring level of aging ship in coastal waters, to reduce engineers’ work load and to improve the supervision of shipping companies, the present study designs an engine room monitoring system by using VC++ programming technique, SQL Sever database technology, CAN Bus and CDMA 2000 network. The system incorporates such functions as data collection, data storage, interface display and operation, as well as wireless transmission, etc. Application results show that the system is stable, easy to use and incurs a low modifying cost. It facilitates both engineers’ timely control of the engine room status and shipping companies’ uniform supervision of the vessel. Thus the efficiency is improved and ship’s safe navigation is ensured.

• Periodical: Key Engineering Materials (Volumes 480-481)
• Pages: 712-717
• DOI: https://doi.org/10.4028/www.scientific.net/KEM.480-481.712
• Online since: June 2011
• Authors: Qiang Ma, Yu Na Miao, Jiang Hua Sui
• Keywords: CDMA2000, Engine Room, Monitoring, SQL Sever, VC++

References

[1] L. Runqiu, H. Zhanzhuang, Multi-channel data acquisition system design based on PCI bus, , Modern Electronic Technology, volume 1, 2008, pp.131-133.

[2] W. Haitao, D. Zhemin, Multi-channel data acquisition and network long-distance transmission system implementation, Computer Measurement and Control, (2008).

[3] C. Luqing, Z. Zhiguang, Data reliance determination and semantic analysis of relation database design, Computer and Modernization, volume 1, 2008, pp.164-168.

[4] L. Bin, H. Jing, Z. Yan, Database design of information management system, CD Technology, volume 1, 2008, pp.24-26.

[5] X. Li, J. Song, Application of data migration in heterogeneous-configuration electric power information system, Jiangxi Electric Power, volume 6, (2008).

[6] G. Araby, Managing subject guides with SQL Server and ASP. Net, Library Hi Tech, Volume 26, Iss 2, 2008, p.213 – 231.

DOI: 10.1108/07378830810880324

[7] L. Qing, L. Yun, H. Hanying, Study on power control in WCDMA, Communications Technology, volume 2, (2008).

[8] W. Xiaoxia, G. Haicun, C. Yanhong, Analysis of power control technology used in 3G communication, Modern Electronics Technique, volume 9, (2010).

[9] J. E. Smee, J. Hou, J. B. Soriaga, Receiver architectures and design trade-offs for CDMA interference cancellation, Proc. ACSSC, Oct. 2006, p.2167–71.

DOI: 10.1109/acssc.2006.355152

[10] H. Holma et al., High-speed packet access evolution in 3GPP release 7, IEEE Commun. Mag., volume 45, no. 12, 2007, p.29–35.

DOI: 10.1109/mcom.2007.4395362