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DATA MANAGEMENT FOR SMART SHIP OR HOW TO REDUCE MACHINE LEARNING COST IN IoS APPLICATIONS

机译:智能船舶的数据管理或如何降低IOS应用程序中的机器学习成本

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Shipbuilding process, generates a lot of information and data, which a priori makes it seem impossible to have all this data in real time, but the new processors, simpler and smaller, with a good connection to the Internet, make it possible. The data management is, however, only one side of the coin of the Internet of Ships (IoS). Energy efficiency is a fundamental aspect also in new devices that connect to the network. But IoS not only covers the stages of design or production of the boat. Once the sensors are in the components whose information wants to monitor, we will be able to obtain information throughout the life of the ship. IoS is presented as a solution capable of detecting when a component on a boat is close to fail and must be replace, when we take the boat to repair when we have to paint again, when corrosion has reached a certain limit ... and all this from our pocket tool and early enough to avoid late or unforeseen performances. IoS reaches this sector to ensure profitable production, or safe, efficient and sustainable process for all types of fishing vessels, tugboats, tankers, charges, ferries, dredgers and oceanographic ... Data management in Smart Ships, including collect, process, saving and third party distribution should be regulated, controlled and done in the most efficient and secure way for the ship owner. This can be accomplished based on a deep study of each part which is involved in close-to-real response systems and its machine-learning control unit. In these Systems, each parameter change generates stress and material fatigue, reducing its lifecycle.
机译:造船过程,生成大量信息和数据,先验使得实时拥有所有这些数据,但新处理器,更简单,更小,具有良好的互联网连接,使其成为可能。然而,数据管理是船舶互联网硬币的一侧(iOS)。能效是连接到网络的新设备中的基本方面。但iOS不仅涵盖了船的设计或生产阶段。一旦传感器处于信息想要监控的组件中,我们将能够在整个船舶的寿命中获取信息。 iOS作为能够检测到船上的组件何时接近失败并且必须更换时的解决方案,当我们在我们必须再次绘制时,当我们必须再次涂漆时,当腐蚀达到一定限制时......和所有这是从我们的袖珍工具和足够初步避免迟到或不可预见的表演。 iOS达到这一部门,以确保所有类型的渔船,拖轮,油轮,收费,渡轮,疏浚者和海洋学的安全,高效和可持续的过程......在智能船上的数据管理,包括收集,过程,节省和应以最有效和最安全的方式为船东调节,控制和完成第三方分销。这可以基于对近乎实际响应系统及其机器学习控制单元涉及的每个部分的深度研究来实现。在这些系统中,每个参数变化会产生应力和材料疲劳,减少其生命周期。

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