Performance development of a high-speed automatic object identification using passive RFID technology

Penttilä, Katariina; Sydänheimo, Lauri; Kivikoski, M.

doi:10.1109/robot.2004.1302488

Cited by 36 publications

(14 citation statements)

References 5 publications

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“…Typical goals for such a general purpose system are high reliability, high data throughput, large read-out distance, efficient communication in multi-tag scenarios, full performance in various different environments, and full functionality, independent of the characteristics of the objects the tags are attached to [12][13][14][15]. In order to further push the raw physical layer performance or RFID technology forward, detailed understanding of the dependency of these design goals on various system parameters is essential [16].…”

Section: Influence Of System Parametersmentioning

confidence: 99%

“…Moreover, several groups reported on measurement results by off-the-shelf RFID equipment: Pentilla et al [14] study the impact of fast-moving objects in RFID systems and Bertocco et al [55] provide benchmarks on multi-tag and long-range system performance, while Nikitin et al [56] show experimental tag localization results. This approach, however, has the disadvantage that the designers do not have full access to all the parameters of interest in their measurement equipment.…”

Section: Test Environments By Off-the-shelf Componentsmentioning

confidence: 99%

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Evaluation and exploration of RFID systems by rapid prototyping

Angerer¹,

Langwieser²,

Rupp³

2011

Pers Ubiquit Comput

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Today's RFID systems exhibit relatively little functionality, while future systems and ubiquitous computing applications require an ample set of general purpose features, like wide communication ranges, high data rates, high reliability, and many more. In order to meet these high-performance goals, several challenges in state of the art RFID systems need to be managed: (1) the compatibility of RFID equipment, working according to different standards in various frequency domains, (2) the thorough understanding of the performance impact of physical layer system parameters, (3) the venture of novel wireless technologies in the context of RFID, and finally, (4) to deal with the increased complexity of high-performance RFID systems. Therefore, designers desire a highly configurable, flexible, and high-performance RFID environment to experimentally explore the underlying physical conditions and to evaluate novel RFID technologies and designs. This paper introduces the concept of rapid prototyping in RFID and provides a survey of system simulators, demonstrators, and rapid prototyping environments. A guideline for the setup for such a rapid prototyping system applicable for RFID is presented, and its implementation is demonstrated. Finally, some exemplary measurements carried out with this rapid prototyping system are presented.

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Section: Influence Of System Parametersmentioning

confidence: 99%

Section: Test Environments By Off-the-shelf Componentsmentioning

confidence: 99%

Evaluation and exploration of RFID systems by rapid prototyping

Angerer¹,

Langwieser²,

Rupp³

2011

Pers Ubiquit Comput

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show abstract

“…The determination of the optimal number of read cycles to reach a predetermined assurance level is shown. Pentilla et al (2004) studied the detection velocities of the tags considering high speed applications like road tolls. Multiple tags and single tags differ in results; the former gives acceptable results for 4 m/s, whereas the latter can go up to 12 m/s.…”

Section: Literature Reviewmentioning

confidence: 99%

Read rate analysis of radio frequency identification systems for business applications

Buyurgan¹,

Ertem

Chimka

2007

IJRFITA

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This paper presents a study on operational effectiveness of Radio Frequency Identification (RFID) systems in a controlled environment. Logistic regression models are developed to capture the dynamic relationship among implementation factors affecting the performance of an RFID system. Distance and angle between tag and antenna, orientation and position of tag on the container are found to be important factors among other implementation factors. A test bed is used to represent the flow of tagged products on a rolling conveyor passing by an antenna. It is shown that controlled and designed experimentation about RFID yields valuable data that, subject to appropriate statistical models, may result in a better practical understanding of the technology. In addition to the performance assessment and evaluation for RFID systems with respect to various factors, this study also aims to establish a reliable literature base for the development of this technology in the future.

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“…Both groups assume that a set of tags storing the absolute positional information are deployed throughout a navigation environment. In one group, either active or passive tags are installed along the wall and they are used as beacons or landmarks to guide the navigation of a mobile robot (Kubitz, O., et al, 1997;Kantor, G., et al, 2002;Hahnel, D., et al, 2004;Kulyukin, V., et al, 2004;Penttila, K., et al, 2004;Yamano, K., et al, 2004;Kim, B.K., et al, 2006;Vorst, P., et al, 2008). However, in the other group, passive tags are installed on the floor and they are used to indicate the current position of a mobile robot (Bohn, J., et al, 2004;Choi, J., et al, 2006;Kim, B.K., et al, 2006;Han, S., et al, 2007;Kodaka, K., et al, 2008).…”

Section: Introductionmentioning

confidence: 99%