Title:
Towards PI Implementation: Interoperability and robustness of PI layers functionality illustrated through multi-context implementation
Towards PI Implementation: Interoperability and robustness of PI layers functionality illustrated through multi-context implementation
Author(s)
Zavitsas, Konstantinos
Kouloumbis, Makis
Kouloumbis, Makis
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Abstract
This paper analyses the robust interconnectivity and functionality of the four core PI layers, as established through work undertaken for the recently completed EU funded project ICONET: ‘New ICT Infrastructure & Reference Architecture to Support Operations in Future PI Logistics Networks’ focusing on intra-European transport (TEN-T)1 . The ICONET PI layers functionality and interoperability has been developed to fit multiple unique contexts, that represent significant components and functionalities of the PI. Utilising the Living Labs of the ICONET project, they account for: micro-level operations within PI hubs such as the Port of Antwerp, single-entity long-haul logistics PI functionality, multiple-entity e-commerce operations in urban areas, and Warehouse-as-a-Service offerings. This paper presents the functionality of each of the core PI layers that utilise the fundamental PI principles and illustrates their custom implementation into various T&L contexts. The performance of the layers’ functionality is quantified using context specific KPIs developed in collaboration with Living Lab partners and tested in through a PI simulation environment. The findings illustrate benefits both in terms of utilisation of new PI capabilities, as well as towards improved fill rates and modal shift having an impact on transport cost, reduction of emissions, and operational efficiency.
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Date Issued
2021-06
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Paper