identifying discrepant tags in rfid-enabled supply chains In this paper, we propose a protocol that aims to efficiently identify discrepant tags in RFID-enable supply chain. The most prominent feature of our protocol is they scale well to . $39.99
0 · Identifying Discrepant Tags in RFID
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In this paper, we propose a protocol that aims to efficiently identify discrepant tags in RFID-enable supply chain. The most prominent feature of our protocol is they scale well to . Based on the pervasive deployment of RFID tags, we develop a new RFID application, which is developed to serve farmers' products in aggregation center through the . In this paper, we propose a protocol that aims to efficiently identify discrepant tags in RFID-enable supply chain. The most prominent feature of our protocol is they scale well to the size of discrepant tags, not the size of overall tags as traditional methods do.
Based on the pervasive deployment of RFID tags, we develop a new RFID application, which is developed to serve farmers' products in aggregation center through the supply chain. The.
Abstract. Radio Frequency Identification (RFID) technology is becom-ing a revolutionary element in supply chain management by provid-ing real-time visibility of goods flows. Across supply chains, one-for-one checking is required at each handover point to discover discrepancies between the physical shipped inventory and receiver’s order .This work proposes a tag identification protocol that achieves better almost minimal latency and significantly outperforms previous methods in terms of communication latency, and demonstrates that its communication complexities scales well with the size of discrepant tags.
The risk of human error is reduced when warehouse employees can use an RFID reader to track products and investigate potential discrepancies as RFID assists in identifying the source of receiving, storing, or distributing product issues.
In this paper, we first carefully analyze the characteristics of EPCglobal Network. We then design two discrepant tag identification protocols with different optimization goals including minimum communication data and minimum communication round. RFID implementation in the supply chain faces two major challenges: adoption issues in supply chain processes and the cost of tags. Effective strategies in handling these challenges include precise and extensive modeling of supply chain processes and mass producing RFID tags. Reyes et al. (2021) examined the use of RFID as an automatic identification data capture (AIDC) technology and as a tool for data analysis. The primary purpose of this paper is to provide an example of how RFID, for collecting timely and relevant data, could be applied to supply chain analytics.
Identifying Discrepant Tags in RFID-enabled Supply Chains. In Qing Yang , Wei Yu 0002 , Yacine Challal , editors, Wireless Algorithms, Systems, and Applications - 11th International Conference, WASA 2016, Bozeman, MT, USA, August 8-10, 2016.Bibliographic details on Identifying Discrepant Tags in RFID-enabled Supply Chains. We are hiring! We are looking for a highly motivated Computer Scientist (f/m/d) to help us improve dblp. In this paper, we propose a protocol that aims to efficiently identify discrepant tags in RFID-enable supply chain. The most prominent feature of our protocol is they scale well to the size of discrepant tags, not the size of overall tags as traditional methods do.
Based on the pervasive deployment of RFID tags, we develop a new RFID application, which is developed to serve farmers' products in aggregation center through the supply chain. The.Abstract. Radio Frequency Identification (RFID) technology is becom-ing a revolutionary element in supply chain management by provid-ing real-time visibility of goods flows. Across supply chains, one-for-one checking is required at each handover point to discover discrepancies between the physical shipped inventory and receiver’s order .This work proposes a tag identification protocol that achieves better almost minimal latency and significantly outperforms previous methods in terms of communication latency, and demonstrates that its communication complexities scales well with the size of discrepant tags.
The risk of human error is reduced when warehouse employees can use an RFID reader to track products and investigate potential discrepancies as RFID assists in identifying the source of receiving, storing, or distributing product issues. In this paper, we first carefully analyze the characteristics of EPCglobal Network. We then design two discrepant tag identification protocols with different optimization goals including minimum communication data and minimum communication round.
RFID implementation in the supply chain faces two major challenges: adoption issues in supply chain processes and the cost of tags. Effective strategies in handling these challenges include precise and extensive modeling of supply chain processes and mass producing RFID tags. Reyes et al. (2021) examined the use of RFID as an automatic identification data capture (AIDC) technology and as a tool for data analysis. The primary purpose of this paper is to provide an example of how RFID, for collecting timely and relevant data, could be applied to supply chain analytics.Identifying Discrepant Tags in RFID-enabled Supply Chains. In Qing Yang , Wei Yu 0002 , Yacine Challal , editors, Wireless Algorithms, Systems, and Applications - 11th International Conference, WASA 2016, Bozeman, MT, USA, August 8-10, 2016.
Identifying Discrepant Tags in RFID
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identifying discrepant tags in rfid-enabled supply chains|Identifying Discrepant Tags in RFID