EVALUATION OF THE USE OF SMART GLASSES IN IRS LOGISTICS

To effectively transport materials through different means of transport, it is essential to have an optimized warehouse logistics first. Thanks to the Industry 4.0 platform, there are several ways to accomplish the delivery of materials from a warehouse through transport by road, rail or air. This p...

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Main Authors: Tomas BINAR, Simona VASIKOVA, Pavel SAFL
Format: Article
Language:English
Published: Silesian University of Technology 2022-12-01
Series:Scientific Journal of Silesian University of Technology. Series Transport
Subjects:
Online Access:https://sjsutst.polsl.pl/archives/2022/vol117/023_SJSUTST117_2022_Binar_Vasikova_Safl.pdf
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author Tomas BINAR
Simona VASIKOVA
Pavel SAFL
author_facet Tomas BINAR
Simona VASIKOVA
Pavel SAFL
author_sort Tomas BINAR
collection DOAJ
description To effectively transport materials through different means of transport, it is essential to have an optimized warehouse logistics first. Thanks to the Industry 4.0 platform, there are several ways to accomplish the delivery of materials from a warehouse through transport by road, rail or air. This paper deals with a primary warehouse problem, which is the fast and accurate search and selection of required items in the stock. For this issue, the use of smart glass technology and its implementation in the logistic processes of warehouses could help. In a particular way, an IRS (Integrated Rescue System) warehouse was selected as an example. The augmented reality (AR) type of glasses was selected. The introductory part of this paper deals with the current situation in the warehouse and logistic processes, where the problem of lack of qualified staff and material supply is prevalent, particularly during different crisis situations, such as pandemics or high employee turnovers. The use of smart glasses is one of the many possible problem-solving variants in this field. Further, a basic description of smart glasses, possible uses and sorting are presented in this paper. For the experiment, it was necessary to choose several different commercially available models of smart glasses. An evaluation was provided by the Simple comparative method, Saaty's method and Linear partial utility function method and the best options were identified. Also, there is an example of smart glasses application for picking a particular component in an IRS warehouse in the last part of this paper.
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spelling doaj.art-d692a3a70eb04899b57b5a42f02bbd182025-01-02T11:39:13ZengSilesian University of TechnologyScientific Journal of Silesian University of Technology. Series Transport0209-33242450-15492022-12-01117234210.20858/sjsutst.2022.117.2EVALUATION OF THE USE OF SMART GLASSES IN IRS LOGISTICSTomas BINARSimona VASIKOVAPavel SAFLTo effectively transport materials through different means of transport, it is essential to have an optimized warehouse logistics first. Thanks to the Industry 4.0 platform, there are several ways to accomplish the delivery of materials from a warehouse through transport by road, rail or air. This paper deals with a primary warehouse problem, which is the fast and accurate search and selection of required items in the stock. For this issue, the use of smart glass technology and its implementation in the logistic processes of warehouses could help. In a particular way, an IRS (Integrated Rescue System) warehouse was selected as an example. The augmented reality (AR) type of glasses was selected. The introductory part of this paper deals with the current situation in the warehouse and logistic processes, where the problem of lack of qualified staff and material supply is prevalent, particularly during different crisis situations, such as pandemics or high employee turnovers. The use of smart glasses is one of the many possible problem-solving variants in this field. Further, a basic description of smart glasses, possible uses and sorting are presented in this paper. For the experiment, it was necessary to choose several different commercially available models of smart glasses. An evaluation was provided by the Simple comparative method, Saaty's method and Linear partial utility function method and the best options were identified. Also, there is an example of smart glasses application for picking a particular component in an IRS warehouse in the last part of this paper.https://sjsutst.polsl.pl/archives/2022/vol117/023_SJSUTST117_2022_Binar_Vasikova_Safl.pdfsmart glasseswarehouse logisticssaaty’s methodirs logistics
spellingShingle Tomas BINAR
Simona VASIKOVA
Pavel SAFL
EVALUATION OF THE USE OF SMART GLASSES IN IRS LOGISTICS
Scientific Journal of Silesian University of Technology. Series Transport
smart glasses
warehouse logistics
saaty’s method
irs logistics
title EVALUATION OF THE USE OF SMART GLASSES IN IRS LOGISTICS
title_full EVALUATION OF THE USE OF SMART GLASSES IN IRS LOGISTICS
title_fullStr EVALUATION OF THE USE OF SMART GLASSES IN IRS LOGISTICS
title_full_unstemmed EVALUATION OF THE USE OF SMART GLASSES IN IRS LOGISTICS
title_short EVALUATION OF THE USE OF SMART GLASSES IN IRS LOGISTICS
title_sort evaluation of the use of smart glasses in irs logistics
topic smart glasses
warehouse logistics
saaty’s method
irs logistics
url https://sjsutst.polsl.pl/archives/2022/vol117/023_SJSUTST117_2022_Binar_Vasikova_Safl.pdf
work_keys_str_mv AT tomasbinar evaluationoftheuseofsmartglassesinirslogistics
AT simonavasikova evaluationoftheuseofsmartglassesinirslogistics
AT pavelsafl evaluationoftheuseofsmartglassesinirslogistics