RFID-based warehouse management system in wool yarn industry

Öner, Mahir; Budak, Ayşenur; Üstündağ, Alp

doi:10.3233/rft-171655

Cited by 10 publications

(6 citation statements)

References 24 publications

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“…Research by Bottani and Montanari [23] shows that the implementation investment (about € 357,000) can be quickly paid back in less than three years thanks to annual savings of € 172,000/year. The research of Oner et al reinforces this result [32], which shows the investment in RFID implantation will be returned within 45 months, approximately equal to 3.75 years.…”

Section: Figure 8 Research Outcomesmentioning

confidence: 78%

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Research Gaps in Radio Frequency Identification Technology Implementation in Warehouses

Haswika

2024

J. Appl. Data Sci.

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Section: Figure 8 Research Outcomesmentioning

confidence: 78%

“…The advantages associated with cost reductions are exemplified by two articles or a percentage equivalent to 7%. Additional assessments can be conducted to determine the economic viability of implementing the RFID system [32].…”

Section: Figure 8 Research Outcomesmentioning

confidence: 99%

Research Gaps in Radio Frequency Identification Technology Implementation in Warehouses

Haswika

2024

J. Appl. Data Sci.

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“…It is a system that reduces the errors that exist in the storage process based on design and operation stages [23].…”

Section: E Poka Yoke -Rfid Systemmentioning

confidence: 99%

Warehouse management model based on Lean Warehousing to improve perfect order fulfillment in a pharmaceutical warehouse

Quiroz Flores,

Villegas Jara,

Garavito Bejarano

2023

Proceedings of the 21th LACCEI International Multi-Conference for Engineering, Education and Technology (LACCEI 2023): “Leaders

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This study focuses on the correct service management of pharmaceutical warehouse processes since an excellent level of service is required in the correct distribution of orders without interrupting the flow of deliveries to customers. This problem becomes more relevant because it involves medicines. For this reason, the level of perfect order fulfillment was analyzed, of which it presents a % of 85% compared to 95% of the required sector, which this gap is equivalent to S /. 411,451 in lost sales due to penalties and returns. As a contribution, Lean Warehousing tools such as 5s, standardization, Poka Yoke and TPM were implemented in the warehouse processes following a continuous improvement methodology. The solutions presented for each root cause were measured based on indicators of the perfect order, such as the percentage of complete deliveries, the percentage of quality deliveries, the percentage of on-time deliveries, and the percentage of adequate documentation. In conclusion, the application of the improvement proposal will increase the percentage of perfect orders above 95% of the standard of excellence, achieving a better flow of orders in a future VSM in less time and in a higher quality of service for the final customer.

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“…The main principle of the Hash-Lock protocol proposed by Erman et al and Oner et al is to use metaID instead of real tag ID. The randomized Hash-Lock protocol proposed by Weis is based on a randomized response mechanism [21,22]. There is also a digital library RFID protocol proposed by David et al It is authenticated by a pseudorandom function based on preshared secrets.…”

Section: Related Workmentioning

confidence: 99%

Design and Implementation of a Low‐Cost Universal RFID Wireless Logistics Terminal in the Process of Logistics Traceability

Wang

2021

Journal of Sensors

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The logistics traceability system can cover the whole process of the product from the source of production to the consumption cycle. By distinguishing the key nodes of the product in the logistics sales process, the data information of the production and storage of the corresponding product is collected and entered at the corresponding node, so that the entire process is visible and controllable. On the basis of determining the overall system plan, this paper designs and develops the UHF RFID reader system and traceability system platform. In terms of the reader system, by analyzing its core functions and performance index requirements, the overall design scheme and frame structure of the reader system’s software and hardware are determined. The main control circuit is based on the STM32F103RET6 single-chip microcomputer; the RF transceiver circuit is based on the MagicRF M100. Simultaneously, we design a variety of communication circuits including LoRa and RJ45 to facilitate wireless communication with the traceability platform. In terms of software, through the research and analysis of the EPC Class-1 Generation-2 protocol standard, the multitag anticollision algorithm—Q algorithm—is adopted. This algorithm has the advantages of high recognition efficiency and a large number of successfully recognized tags per unit time. According to the design plan, the system is wirelessly networked in the B/S mode and the product information collected through RFID technology is transmitted to the management level to dynamically understand the information dynamics of logistics in real time. Using radio frequency, computer network, communication, and other technologies, the hardware and software systems of the system are integrated. The performance indicators of the hardware system are tested through experiments, and the design indicators are compared to prove the feasibility of the equipment application. After setting up the local area network and configuring the server configuration, the traceability system was accessed and the verification of the basic functions of the system was completed. The test results show that the low-cost universal RFID wireless logistics terminal has high accuracy and real-time performance in the process of logistics traceability.

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RFID-based warehouse management system in wool yarn industry

Cited by 10 publications

References 24 publications

Research Gaps in Radio Frequency Identification Technology Implementation in Warehouses

Research Gaps in Radio Frequency Identification Technology Implementation in Warehouses

Warehouse management model based on Lean Warehousing to improve perfect order fulfillment in a pharmaceutical warehouse

Design and Implementation of a Low‐Cost Universal RFID Wireless Logistics Terminal in the Process of Logistics Traceability

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