SCRMS: An RFID and Sensor Web-Enabled Smart Cultural Relics Management System

Xiao, Changjiang; Chen, Nengcheng; Li, Dandan; Li, You; Gong, Jianya

doi:10.3390/s17010060

Cited by 18 publications

(17 citation statements)

References 25 publications

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“…WSN-based monitoring infrastructures have been developed for a wide range of scenarios [39,40], and several applications can be found for environmental monitoring [41,42]. The deployment of WSNs in coastal and marine environments has been widely discussed [43,44]: anyway, the greater part of the applications focus on the measurement of water quality [45] and atmospheric parameters [46], while to our knowledge, no solution exists focusing on beach morphology as the one proposed in this paper.…”

Section: State Of the Artmentioning

confidence: 99%

A Wireless Sensor Network Framework for Real-Time Monitoring of Height and Volume Variations on Sandy Beaches and Dunes

Pozzebon

Andreadis

Bertoni

et al. 2018

IJGI

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Abstract:In this paper, the authors describe the realization and testing of a Wireless Sensor Network (WSN) framework aiming at measuring, remotely and in real time, the level variations of the sand layer of sandy beaches or dunes. The proposed framework is based on an innovative low cost sensing structure, able to measure the level variations with a 5-cm degree of precision and to locally transfer the acquired data through the ZigBee protocol. The described sensor is integrated in a wider ZigBee wireless sensor network architecture composed of an array of sensors that, arranged according to a grid layout, can acquire the same data at different points, allowing the definition of a dynamic map of the area under study. The WSN is connected to a local Global System for Mobile Communications (GSM) gateway that is in charge of data processing and transmission to a cloud infrastructure through a General Packet Radio Service (GPRS) connection. Data are then stored in a MySQL database and made available any time and anywhere through the Internet. The proposed architecture has been tested in a laboratory, to analyze data acquisition, processing timing and power consumption and then in situ to prove the effectiveness of the system. The described infrastructure is expected to be integrated in a wider IoT architecture including different typologies of sensors, in order to create a multi-purpose tool for the study of coastal erosive processes.

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Section: State Of the Artmentioning

confidence: 99%

A Wireless Sensor Network Framework for Real-Time Monitoring of Height and Volume Variations on Sandy Beaches and Dunes

Pozzebon

Andreadis

Bertoni

et al. 2018

IJGI

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“…Podemos visualizar a arquitetura da IoT como uma pilha de camadas na qual cada camada é construída sobre camada anterior. Atualmente, existem diferentes arquiteturas que podem ser utilizadas na construção de aplicações para a IoT (RAY, 2016), sendo a mais comum baseada em três camadas (YANG et al, 2011;TSAI et al, 2014;ABDMEZIEM;TANDJAOUI;ROMDHANI, 2015;AL-FUQAHA et al, 2015), que são: camada de percepção; camada de rede; e camada de aplicação. Esta arquitetura e sua composição está representada na Figura a seguir.…”

Section: Arquitetura E Constituiçãounclassified

“…Ainda nas cidades inteligentes, podemos encontrar diferentes situações nas quais objetos históricos são armazenados em depósitos, exibidos ao público em museus ou são transportados para diferentes museus por diferentes razões (XIAO et al, 2016) como, por exemplo, empréstimos, permutas e doações (COSTA, 2006). Estes objetos possuem valor cultural alto, pois representam a herança histórica de determinada região ou país e precisam ser gerenciados corretamente para que sejam preservados de forma eficiente e efetiva.…”

Section: Preservação De Relíquias Culturaisunclassified

O paradigma tecnológico da Internet das coisas e sua relação com a Ciência da Informação

Rozsa

Dutra

Pinto

et al. 2017

I&S

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Diante do ininterrupto avanço tecnológico dos últimos anos, o paradigma da Internet das Coisas (IoT) progrediu e atualmente é capaz de propor soluções para desafios globais. O principal insumo utilizado pelas aplicações baseadas na IoT é a informação, sendo gerada de forma constante e a partir de diferentes fontes, suscitando questões relacionadas a coleta, armazenamento, representação, recuperação e uso. Em vista destas questões, esta pesquisa busca identificar as possíveis relações existentes entre a Ciência da Informação (CI) e a IoT, de forma a compreender como o campo da CI pode contribuir para o desenvolvimento da IoT. Esta pesquisa configura-se como exploratória e qualitativa. A relação entre CI e IoT é explorada por meio da análise do conceito de informação no contexto da IoT; da identificação de especialidades da CI que possam gerar soluções que contribuam para a evolução do paradigma da IoT; e de como as tecnologias da IoT podem ser utilizadas em vista de problemas informacionais. A partir disso, foi possível perceber a relevância da informação trabalhada na IoT para a CI e a para a sociedade, bem como as oportunidades para a contribuição das diferentes especialidades do campo da CI no desenvolvimento do paradigma da IoT.

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“…Hence, RFID is not only a preferred technology for indoor localization but also the most convenient one. RFID technology can facilitate indoor localization in different complex environments, such as in the areas of supply chain management, inventory control, and human or robot localization, in a cost effective way [9].…”

Section: Introductionmentioning

confidence: 99%

Localization of Moving Objects Based on RFID Tag Array and Laser Ranging Information

et al. 2019

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RFID (radio-frequency identification) technology is rapidly emerging for the localization of moving objects and humans. Due to the blockage of radio signals by the human body, the localization accuracy achieved with a single tag is not satisfactory. This paper proposes a method based on an RFID tag array and laser ranging information to address the localization of live moving objects such as humans or animals. We equipped a human with a tag array and calculated the phase-based radial velocity of every tag. The laser information was, first, clustered through the DBSCAN (Density-Based Spatial Clustering of Applications with Noise) algorithm and then laser-based radial velocity was calculated. This velocity was matched with phase-based radial velocity to get best matching clusters. A particle filter was used to localize the moving human by fusing the matching results of both velocities. Experiments were conducted by using a SCITOS G5 service robot. The results verified the feasibility of our approach and proved that our approach significantly increases localization accuracy by up to 25% compared to a single tag approach.

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SCRMS: An RFID and Sensor Web-Enabled Smart Cultural Relics Management System

Cited by 18 publications

References 25 publications

A Wireless Sensor Network Framework for Real-Time Monitoring of Height and Volume Variations on Sandy Beaches and Dunes

A Wireless Sensor Network Framework for Real-Time Monitoring of Height and Volume Variations on Sandy Beaches and Dunes

O paradigma tecnológico da Internet das coisas e sua relação com a Ciência da Informação

Localization of Moving Objects Based on RFID Tag Array and Laser Ranging Information

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