Virtualization of Sea Trials for Smart Prototype Testing

Part 6: Smart Factory and IIOTInternational audienceThe design and development of new vessels is a cost and time-intensive effort, which is greatly reliant on expertise and experience. The prototype building and testing are, especially for small producers who do not sell on volume, often at the same time the production of the first vessel. This further increases the need for other means of reliable and accurate prototype experimentation. This paper presents a procedure for the virtualization of sea trials in which the vessel prototypes are tested, thus generating a concise and reliable data model of the trial, which can be used in simulation and other product development tasks

An IoT Fueled DSS for MOL Marine Auxiliaries Management

Part 14: Product, Service and SystemsInternational audienceThe producers of marine auxiliaries face the challenge, that they need to adapt their middle-of-life activities to the otherwise defined and often not well communicated schedules of the ships, which are carrying their products. This paper presents both the methodological approach to a solution and its prototypical implementation in a specific use case. The solution presented is utilizing the Internet of Things (IoT) and the data that is constantly being produced by the ships through the Automatic Identification System (AIS) to help overcome this problem

Utilising the Internet of Things for the Management of Through-life Engineering Services on Marine Auxiliaries

The producers of marine auxiliaries face the challenge, that they need to adapt their schedule for maintenance, repair and overhaul (MRO) operations and other Through-life Engineering Services (TES) to the otherwise defined and often not well communicated schedules of the ships, which are carrying their products. The management of the MRO operations is currently a manual and time-consuming effort and makes the creation of Product Service Systems (PSS) a tedious effort. To help overcome this – unnecessary – hurdle, this paper presents a solution approach and its prototypical implementation utilising the Internet of Things (IoT) to aid the marine auxiliaries’ producers in the process of managing the product usage phase and its services. As data basis for the decision support, the constantly produced information of the Automatic Identification System (AIS) is used, and combined with Product Usage Information and enterprise data.publishedVersio

Utilising the Internet of Things for the Management of Through-life Engineering Services on Marine Auxiliaries

The producers of marine auxiliaries face the challenge, that they need to adapt their schedule for maintenance, repair and overhaul (MRO) operations and other Through-life Engineering Services (TES) to the otherwise defined and often not well communicated schedules of the ships, which are carrying their products. The management of the MRO operations is currently a manual and time-consuming effort and makes the creation of Product Service Systems (PSS) a tedious effort. To help overcome this – unnecessary – hurdle, this paper presents a solution approach and its prototypical implementation utilising the Internet of Things (IoT) to aid the marine auxiliaries’ producers in the process of managing the product usage phase and its services. As data basis for the decision support, the constantly produced information of the Automatic Identification System (AIS) is used, and combined with Product Usage Information and enterprise data