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Ship machinery detection and diagnosis technology based on wireless sensors

机译:基于无线传感器的船舶机械检测与诊断技术

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摘要

The ability to operate on a successful, strategic planning should include maintenance and reliability through enhanced operational considerations asset availability. To solve vessel inspection, identify high-risk vessels, vessel inspection-related issues, strengthen unity and cooperation to integrate maritime stakeholders, avoid ship accidents, and promote safety at sea and protect the environment. The current study included data requirements for machinery and equipment specifications and stakeholders. Focus on the methodological point of view, the Ship automatic detection (SHM) model is introduced. Methods All of progress and development takes place in the Java programming language. Overall, the results of this study show that the reliability of marine machinery parts. Future developments include the design-time components by the user-friendly graphical user interface (GUI) dynamic interdependence failure rate variations, the probability model sensitivity analysis, and systems.
机译:通过增强操作考虑资产可用性,应包括成功,战略规划的能力应包括维护和可靠性。要解决船舶检查,确定高风险船只,船舶检查相关问题,加强统一和合作,融入海上利益攸关方,避免船舶事故,促进海上安全保护环境。目前的研究包括机器和设备规范和利益相关者的数据要求。专注于方法论的观点,介绍了船舶自动检测(SHM)模型。方法采用Java编程语言进行所有进度和开发。总体而言,这项研究的结果表明海洋机械部件的可靠性。未来的发展包括用户友好的图形用户界面(GUI)动态相互依存失败率变化,概率模型敏感性分析和系统的设计时分量。

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