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  • IPIC17_GLN standard as a facilitator of physical location identification within hyperconnected logistics_Zdziarska
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    IPIC 2017 - Conference proceedings
    IPIC 2017 Contributions - Research paper
    IPIC17_Inducing a new paradigm shift - A different take on synchromodal transport modelling_Ambra et al
    IPIC17_GLN standard as a facilitator of physical location identification within hyperconnected logistics_Zdziarska
    IPIC17_RTI-Capabilities of Air Cargo Transport Chains by evaluating processing interfaces and actor's responsibilities_Romstorfer et al.
    IPIC17_Hyperconnected Pickup & Delivery Locker Networks_Faugere-Montreuil
    IPIC17_Applying blockchain technology for hyperconnected logistics_Hofman et al.
    IPIC17_Simulation based Assessment of Hyperconnected Mixing Center - Capacity Requirements and Service Capabilities_Kim-Montreuil
    IPIC17_Simulation Based Study of the Effect of Competition on the Operations of Hyperconnected Crossdocking Hubs_Buckley et al.
    IPIC17_Towards the Physical Internet with Coloured Petri Nets_Febbraro et al.
    IPIC17_Towards Hyperconnected Resource Requirements Planning_Oger et al.
    IPIC17_Physical Internet and its impact on the emission calculation standardization of transport chains – are we there yet_Ehrler
    IPIC 2017 Contributions - Innovation paper
    IPIC17_Collaborative City Logistics in hyperconnected delivery networks_Frindik-Prudon
    IPIC17_Modular Solutions for Mobile Hospitals_Spulick et al.
    IPIC17_Hyper-connected Modular Renewable Energy Production_Liu et al.
    IPIC17_A Collective Intelligence Approach for the Composite PI-Containers Management_Krommenacker et al.
    IPIC17_Wearable solutions for efficient manual logistics processes - RFID Wristband and Smart Glasses_Poenicke et al.
    IPIC17_Microzoning - A grid based approach to facilitate last-mile delivery_Schellens-Cruijssen
    IPIC17_A Multi Simulation approach to develop Physical Internet_Ciprés et al.
    IPIC17_Brazilian logistics unsustainability - A conceptual revision applying Physical Internet_Defina-Montreuil
    IPIC17_Simulation Based Optimization in the Field of Physcial Internet_Haider et al.
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  4. IPIC17_GLN standard as a facilitator of physical location identification within hyperconnected logistics_Zdziarska

IPIC17_GLN standard as a facilitator of physical location identification within hyperconnected logistics_Zdziarska

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Distribution, from the business point of view, is a set of decisions and actions that will provide the right products at the right time and place, in line with customer expectations. It is a process that generates significant cost, but also effectively implemented, significantly affects the positive perception of the company. ILiM, based on the research results related to the optimization of the distribution network and consulting projects for companies, indicates the high importance of the correct description of the physical location within the supply chains in order to make transport processes more effective. Individual companies work on their own geocoding of warehouse locations and location of their business partners (suppliers, customers) but lack of standardization in this area causes delays related to delivery problems with reaching the right destination. Furthermore, cooperating companies do not have a precise indication of the operating conditions of each location, eg. Time windows, logistic units accepted, unloading supporting equipment etc. Lack of this information generates additional costs associated with re-operation and the costs of lost benefits for the lack of goods on time. The solution to this problem seems to be a wide-scale implementation of GS1 standard, which is the Global Location Number (GLN) that, thanks to a broad base of information, will improve the distribution processes within hyperconnected logistics.

Click IPIC17_GLN standard as a facilitator of physical location identification within hyperconnected logistics_Zdziarska.pdf link to view the file.
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