Introduction of RFID System into Transport and Defining its Model of Return on Investment

Hricová, Romana; Knapčíková, Lucia

doi:10.4028/www.scientific.net/jera.18.130

Cited by 6 publications

(3 citation statements)

References 3 publications

(3 reference statements)

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“…The purpose of determining configurations during the product development phase is to assess relative degree of service customization, since this measure expresses external perception of variety induced complexity. As it was already proved by Krus [16], value of vVIC should be reduced to minimum. In order to proceed in accordance with this statement, this sub-section aims to propose a framework for determination of all possible product configurations.…”

Section: Combinatorial Models For Individual Assembly Nodesmentioning

confidence: 71%

Product Variety Induced Complexity and Its Measurement

Bednár¹,

Salanci²

2016

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Mass customization has become a novel trend in the manufacturing of products as it offers high product flexibility to customers. As a result, producers of such products have to cope with incresing demands on manufacturing and related complexity management. This paper aims to develop so called configuration complexity measure to determine the extent of mass-customized production variety. Product configuration complexity scale has been also developed in order to assess concurrent product architecturs based on the offered variety extent for their product. The method presented in this paper is a useful method with minimum input data required and with important output information for product decision-makers.

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Section: Combinatorial Models For Individual Assembly Nodesmentioning

confidence: 71%

Product Variety Induced Complexity and Its Measurement

Bednár¹,

Salanci²

2016

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“…One of the most significant advantages of this technology is the possibility to assign a unique number for a specific assortment of items, which can be useful if your warehouse receives and stores goods from several suppliers at the same time [8].…”

Section: Advantages Of Rfid Technology In Logisticsmentioning

confidence: 99%

The usage of RFID robots in logistics process management

Trebuňa¹,

Matiscsak²,

Kliment³

et al. 2023

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The aim of this post is to point out the use of RFID robots in the management of logistics processes. RFID technology is defined first. RFID technology represents identification using radio frequency waves. The principle is to store the necessary data in radio frequency memory chips and then repeatedly read or write the data using a reader. We divide RFID chips into active and passive. Active RFID chips use energy from a battery, while passive RFID chips are a technology without an internal power source. Passive RFID is the most common form of RFID in warehouses, using which inventory is taken using RFID robots or hand-held RFID readers. Nowadays, many RFID robots from different manufacturers are available on the market. When choosing, I must consider where we want to use the RFID robot and choose the one that suits us based on its specific characteristics. The RFID robot is a mobile and autonomous RFID system that performs an inventory of the given space based on our initial setup. The RFID robot locates each item in 2 dimensions (x and y). Most robots can move in all directions because they can rotate without shifting. The accuracy of the inventory using the RFID robot ranges from 95-99%, while the accuracy of the inventory performed by employees using handheld RFID readers ranges from 85-95%. As for speed, it is on average 10 times faster compared to manual RFID readers.

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“…Technical parameters of RFID tags specified by manufacturers are often incorrect or they do not include the parameter required for a particular application. It is difficult to predict how this component will be deported in the real-world environment of a particular application [7,8].…”

Section: Introductionmentioning

confidence: 99%

Innovations in Monitoring Conveyor Belts with Implemented RFID Technology

et al. 2019

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Belt conveyors are used as efficient conveyance systems for the continuous transportation of materials. However, they are also used for a wide range of applications in the transport of ores and non-metallic materials. The Radio Frequency Identification (RFID) system represents a key technology in many industries due to its ability of automatic data processing. The purpose of the present article is to discuss the implementation of RFID tags into fabric conveyor belts as carriers of the information on conveyor belts (ozone-induced ageing or accelerated thermal ageing, damage to cover layers and the carcass, and ignition). During the monitoring, it is important to record conveyor belt failures and damage causes, as well as other problems arising during the use of belt conveyors. The article presents the results of the experimental research on RFID tags and the analysis of their behaviour in accelerated thermal ageing. This facilitates simulating the conditions of hot vulcanisation of conveyor belts, especially when splicing (as well as producing) them, and of ozone-induced ageing of conveyor belts. The output of the article is the verification of the possibility to implement the RFID technology in the transport of mineral materials by belt conveyance systems in real operations.

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Introduction of RFID System into Transport and Defining its Model of Return on Investment

Cited by 6 publications

References 3 publications

Product Variety Induced Complexity and Its Measurement

Product Variety Induced Complexity and Its Measurement

The usage of RFID robots in logistics process management

Innovations in Monitoring Conveyor Belts with Implemented RFID Technology

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