An Interactive RFID-based Bracelet for Airport Luggage Tracking System

Sennou, Aicha Slassi; Berrada, Asmae; Salih-Alj, Yassine; Assem, Nasser

doi:10.1109/isms.2013.29

Cited by 14 publications

(4 citation statements)

References 3 publications

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“…Some previous researches replacing bar code with RFID have not included the mobile tracking capability [12,35,39,40]. Some researchers developed additional accessories to facilitate tracking and receive updates of luggage location, for example, bracelet [23] and smartwatch [41]. Instead of one-off RFID luggage tags, additional accessories and web-based tracking, the framework of the proposed RFID cyber-physical system is provided with an integrated reusable luggage tag attached with the luggage.…”

Section: Framework and Structurementioning

confidence: 99%

The Development of Reusable Luggage Tag with the Internet of Things for Mobile Tracking and Environmental Sustainability

Wong¹,

Wong²

2016

Sustainability

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With more than two billion passengers worldwide travelling by air each year, vast amounts of lost luggage and disposable paper adhesive luggage tags are pushing the aviation industry to improve luggage tracking and reduce the one-off adhesive luggage paper tags. This paper reviews the current application of Radio Frequency Identification (RFID) in the luggage handling system and proposes the Internet of Things' (IoT) development of the reusable luggage tag to facilitate aviation luggage handling, the tracking process and environmental conservation. A framework of IoT and its RFID components for the proposed reusable tag are presented. An integrated cyber-physical system, including a database management system and mobile app, for the reusable luggage tag is developed. Future studies will enhance the methodology of integrating the retail system, luggage tag, airport check-in counter, luggage handling system, aircraft, and the destination airport through the use of the tag, readers, antenna, and mobile devices.

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Section: Framework and Structurementioning

confidence: 99%

The Development of Reusable Luggage Tag with the Internet of Things for Mobile Tracking and Environmental Sustainability

Wong¹,

Wong²

2016

Sustainability

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“…L [1] presented a Wristband computer, in which several daughter boards can be added according to the user's guide and a Wireless Sensor Network is built on-body based on the wearable wristband computer. Sennou, A.S. [2] investigated the use of an interactive wristband that communicates with the RFID system by mean of a database application. Bhatlawande S [3] designed a way-finding Electronic Wristband (WEB) for visually impaired (subject) is a portable embedded system for obstacle detection and way-finding.…”

Section: Related Workmentioning

confidence: 99%

An Exploration of Fall-Down Detection by Smart Wristband

Ying²,

Yuan

et al. 2014

AMM

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Smart wristband has recently emerged as one of the most popular smart wearable devices. With the help of smart wristbands, we can easily gather and record the user's data of everyday life including exercising, sleeping, diet, etc. In this work, we explore the feature of falls of the old and redesign the smart wristband to detect their movement. We propose a novel algorithm to judge whether he/she stops in a sudden, then produce vibrations through the man-machine interactive interface that provided by the smart wristband. The wearer can judge whether it is misjudged if he is still in conscious, if so he can press a button to stop the shaking or the wristband will give an alarm through communication interface to the medical care center.

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“…Luggage is currently tracked by a multitude of technologies, such as optical systems, barcodes, radio frequency identification (RFID), or manual interventions [6], complicating the flow of information between handlers. Although RFID has been proposed for luggage tracking in several works [7][8][9] and recommended by the International Air Transport Association (IATA) [10], it requires investments in private infrastructure by the operators and is based on checkpoints throughout the luggage trajectory. Other possible solutions have also been considered, including Bluetooth [11], a combination of global positioning system (GPS) and short message service (SMS) technologies [12,13], and impulse radio ultra wideband (IR-UWB) technology [14].…”

Section: Introductionmentioning

confidence: 99%

Conformal Integration of Efficient Conductive-Ink-Printed Antennas in Smart Suitcases for LPWAN-Based Luggage Tracking

Paula

Rogier

Torre

2022

Sensors

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In the context of localization and sensing within the Internet of Things, new antenna manufacturing technologies, such as antennas printed with conductive inks on thin thermoplastic sheets, allow for seamless integration into plastic objects produced by an injection molding process. In this paper, we present printed sensor antennas for the [862–928] MHz band supporting LoRa and Sigfox and the [2.4–2.5] GHz band for WiFi, Bluetooth, and IEEE802.15.4 communication. To integrate them into smart suitcases, the antennas are printed, overmolded, tested, and measured, following a dedicated conformal integration strategy consisting of two design iterations. Additionally, as a more convenient connection to the printed antennas, printed transmission lines along with a dedicated transition to printed circuit board technologies are implemented and characterized, avoiding rigid coaxial connectors that exhibit fragile mounting on flexible substrates. The overmolded stand-alone antennas achieve fractional impedance bandwidths of 26% and 15% covering the [862–928] MHz and [2.4–2.5] GHz bands, respectively, with a substantial margin and with in-band simulated total efficiencies of 94% and 88%, respectively. Finally, the seamless integration of two antennas into a smart suitcase for tracing via Sigfox and WiFi demonstrates the potential of the proposed technique to realize high-performance antennas occupying virtually no real estate.

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An Interactive RFID-based Bracelet for Airport Luggage Tracking System

Cited by 14 publications

References 3 publications

The Development of Reusable Luggage Tag with the Internet of Things for Mobile Tracking and Environmental Sustainability

The Development of Reusable Luggage Tag with the Internet of Things for Mobile Tracking and Environmental Sustainability

An Exploration of Fall-Down Detection by Smart Wristband

Conformal Integration of Efficient Conductive-Ink-Printed Antennas in Smart Suitcases for LPWAN-Based Luggage Tracking

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