Managing RFID events in large-scale distributed RFID infrastructures

Dutta, Kaushik; VanderMeer, Debra; Ramamritham, Krithi

doi:10.1007/s10799-011-0085-6

Cited by 3 publications

(1 citation statement)

References 29 publications

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“…Before elaborating such binary-tree-like algorithm, it is necessary to explain the realization principle of binary tree algorithm [8][9][10][11] . The binary tree algorithm which is ISO 18000-6B belongs to probabilistic category.…”

Section: Basic Principles In Binary Tree Algorithmmentioning

confidence: 99%

The Research on Jumping-Searching Tree of RFID Anti-Collision Algorithm

Gao

2013

AMM

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In RFID, when the amount of tags is large, scanning efficiency of the reader is often low. A novel anti-collision algorithm based on jumping-Searching tree is proposed, and the principle of the algorithm is formulated, the procedure and performance of the algorithm is introduced in detail. The algorithm simulation indicates it not only decreases the anti-collision times, but reduces the time delay.

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Section: Basic Principles In Binary Tree Algorithmmentioning

confidence: 99%

The Research on Jumping-Searching Tree of RFID Anti-Collision Algorithm

Gao

2013

AMM

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Physical design for distributed RFID-based supply chain management

Virgilio

Milicchio

2015

Distrib Parallel Databases

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In consumer products market, supply chain management (SCM) is a complex and significant issue in the governance of organizations, people with their activities, technology, information and resources involved in transferring a product or service from a supplier to a final customer. To this aim, radio-frequency identification (RFID) is a promising wireless technology allowing to link an object with its “virtual counterpart”, i.e., its representation within information systems. In this context, a SCM system has to face a huge amount of RFID data, generated in the tracking of supply chain resources. In particular when RFID installations become larger and more physically distributed, efficient and scalable analysis of such data becomes a concern. Currently, state of the art approaches provide hard-coded solutions where the processing of RFID data occurs in a central location; as the amount and distribution of data grow, the workload requires significant consumption of resources, and quickly outpaces the capacity of a centralized processing server. In this paper, we consider the problem of distributing the RFID processing workload—possibly huge—proposing the physical design of a scalable and distributed system. Such system is built on top of a general framework for SCM, based on the first principles of linear algebra, in particular, on tensorial calculus. We consider challenges in instantiating such a system in large distributed settings, and design techniques for distributed real time query processing. Experimental results, using large traces, demonstrate the efficiency and scalability of our proposal with respect to competing approaches

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Systematic Mapping Study on RFID Technology

et al. 2022

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Radio Frequency Identification (RFID) is a technology that not only serves to identify objects but also communicates other information, allowing the real-time monitoring of objects at each step in a mobile object network and the reporting of information on their current status. RFID has become one of the most promising research areas and has attracted increasing attention. This interest sparks a huge amount of literature in the field of RFID. However, the research has been conducted from different perspectives and, as a result, has led to a growing body of knowledge dispersed in different fields. To fill this gap, we carried out a systematic mapping study (SMS) based on a well-established research methodology from the medical and software engineering scientific communities, which aims to study and identify the approaches used, quantity and quality of publications, types of research, and publication trends that shaped the field of RFID research over the past two decades. Its results were based on 219 studies, rigorously selected from among 4294 studies identified in the IEEE Xplore, Scopus, and Web of Science digital libraries and classified according to the research type facet, research area facet, citation facet, and application domain facet. We synthesized and interpreted the results of this SMS to devise future research directions in the RFID domain. This breadth-first SMS provides a solid, comprehensive, and reproducible picture of state-of-the-art RFID technology; the obtained results may have implications for practitioners willing to understand and adopt RFID, including researchers, journal editors, reviewers, and universities. The results obtained revealed that (1) there is a considerable and continuous rise of RFID research activities around different parts of the globe, including in the USA and China, and other English-speaking developed countries, such as Australia, Canada, and the U.K., have a significant influence on this growth; (2) with the technological progress of RFID hardware components and increasingly demanding application domains, RFID technology brings opportunities in some new areas, such as "IoT applications", "Complex Environments", and "Industry 4.0"; (3) despite the high number of studies carried out in the field of RFID, especially in the hardware design and performances subfield, a limited number of works have detailed or focused on the "middleware" component of RFID systems, indicating that RFID data processing and management remain an open research issue; and (4) RFID domain challenges, gaps, and feasible future recommendations were highlighted in this study.

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Managing RFID events in large-scale distributed RFID infrastructures

Cited by 3 publications

References 29 publications

The Research on Jumping-Searching Tree of RFID Anti-Collision Algorithm

The Research on Jumping-Searching Tree of RFID Anti-Collision Algorithm

Physical design for distributed RFID-based supply chain management

Systematic Mapping Study on RFID Technology

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