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PREParE SHIPS - PREdicted Positioning based on Egnss for SHIPS

Deliverables

Report on scale-up of the resilient navigation and potential of further development

This deliverable will describe the impact on the whole shipping industry and maritime transport It will further describe fields of development and applications use cases such as VTS to extend the potential impact further

Report on Communication Sub-system Requirements

Explicit requirements on the communications subsystem

Dissemination Plan

This deliverable will explain in detail the annual planned dissemination activities

Report on Ship Application Use Cases and Application Scenarios

Detailed description of overall ship use cases and scenarios

Report on Use case functional safety analysis

Initial analysis on the application from a functional safety perspective result component level requirements

Communication Plan

This deliverable will explain in detail annual planned communication activities

Project website

Project website providing external communication and facilitating internal communication

Data collected for the FSA and environmental impact study

Data dissemination for open research originating from the work performed in D71

Report on FSA and environmental impact

This deliverable will represent the FSA formal safety assessment describing the impact on shipping safety based on the reliable positioning and exchange of intended positions in the use case The increased maritime transport efficiency environmental impact and reduction in emissions based on the dynamic predictor and geofencing is analysed

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Publications

“PREParE SHIPS” for Automated Ship Passages by Modern Decision Support Tools by Exchanging Future Positions

Author(s): J Hüffmeier, L Sanchez-Heres, R Rylander, S Nord, S Alissa, A Bagge, P Bergljung, P Henkel, A Rydlinger and P Hansen
Published in: ICMASS Conference, IOP Conference series: Material Science and Engineering (MSE), 2020
Publisher: IOP Science