Development of embedded gateway for Wireless Sensor Network and Internet Protocol interoperability

Wibowo, Sigit Basuki; Putra, Guntur Dharma; Hantono, Bimo Sunarfri

doi:10.1109/iciteed.2014.7007920

Cited by 12 publications

(9 citation statements)

References 8 publications

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“…It opened up new directions in the market as well as in the scientific research. During the last years, many different use-cases for the IQRF were introduced, i.e., home automation [21]- [23]; radio telemetry at mining dumps [24]; wireless sensor networks with internet protocol interoperability [25]; distributed temperature and humidity measurement [26], [27]; underground large-scale remote monitoring [28]; detection of construction inclination [29], racehorse monitoring [30]; erosion of rock formation measurements [31]; city use-casepublic light management [32] or intelligent parking [33]; laboratory and student training in sensor networks [34], [35]; and many others.…”

Section: Analysis Of Iqrf Technology Developmentmentioning

confidence: 99%

Development of IQRF Technology: Analysis, Simulations and Experimental Measurements

Fujdiak¹,

Mlýnek²,

Malina³

et al. 2019

ElAEE

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Recent years brought many changes, which accelerated the development of different communication approaches and technologies. Nowadays, wireless technologies become the accelerators for a wide range of new applications. This paper focuses on the latest evolution of the promising wireless communication technology IQRF. For this aim, an indepth analysis together with experimental measurements and simulations are provided. We provide original results in selected indoor and outdoor scenarios, in which the important communication parameters and technological limitations are highlighted. Last but not least, the application field of IQRF is established together with a comparison with other relevant technologies.

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Section: Analysis Of Iqrf Technology Developmentmentioning

confidence: 99%

Development of IQRF Technology: Analysis, Simulations and Experimental Measurements

Fujdiak¹,

Mlýnek²,

Malina³

et al. 2019

ElAEE

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“…Various models for building surveillance have been proposed earlier. These models optimized the surveillance system by using ultrasonic sensors [2], photovoltaic array [3], wireless sensor networks [4]. By introducing telmonitoring, intelligent fish eye camera techniques surveillance system was improved.…”

Section: Related Workmentioning

confidence: 99%

Security Surveillance and Home Automation System using IoT

Sanjay¹,

Vijarania²,

Jaglan³

2018

EAI Endorsed Transactions on Smart Cities

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Internet of Things provides connectivity and user interoperability among different systems, devices, networks and services in particular control systems. IoT can be envisioned as a network of connected devices which are capable of providing intelligent services. This paper presents a security surveillance system in buildings based on IoT using Raspberry Pi. It can be used at industries, homes and office etc, where the camera records the movement of objects and using IoT devices and the data is stored on to the server. The idea is to lock the door even from outside the house and it can be opened using the android phone itself. If some intruder tries to break or to get in anonymously, the system will detect the person and photo will be clicked by the security camera and send the message along with photo on to the owner's mail, thus creating the evidence for our safety. Some additional features for automation like rain sensing windows using rain sensor and servo motor and automatic light on/off for saving electricity and reduce human effort with IR senor and a simple led have also been implemented in this paper. Hardware implementation has been done for the proposed model and it will be applicable for monitoring home, industry, office etc. in the absence of user.

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“…However, over the past ten years, the technology has been noticeably developed to become an alternative to other technologies in the challenging market. Accordingly, preliminary studies have been started to take place in the literature for telemetry [23], automated meter reading/smart meters [24]- [26], wireless sensor networks [27], and smart homes [28]. On the other hand, although there are plenty of commercial solutions available in the market, case studies utilizing IQRF technology in the field of IoT for smart city solutions are still considerably limited [29], [30].…”

Section: A a Brief Introduction To Iqrf Technologymentioning

confidence: 99%

Use of the IQRF Technology in Internet-of-Things-Based Smart Cities

et al. 2020

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In recent years, there has been a growing interest in building smart cities based on the Internet of Things (IoT) technology. However, selecting a low-cost IoT wireless technology that enables low-power connectivity remains one of the key challenges in integrating IoT to smart cities. In this context, the IQRF technology offers promising opportunities to provide cost-effective solutions. Yet, in the literature, there are limited studies on utilizing IQRF technology for smart city applications. Therefore, this study is aimed at increasing the awareness about the use of IQRF technology in IoT-based smart city development. For this purpose, a review of smart city architectures along with challenges/requirements in adopting IoT for smart cities is provided. Then, some of the common cost-effective IoT wireless technologies that enable low-power consumption are briefly presented. Next, the benefits of IQRF technology over other technologies are discussed by making theoretical comparisons based on technical documentations and reports. Moreover, the research efforts currently being undertaken by the authors as a part of ongoing project on the development of IoT-based smart city system in Gjøvik Municipality, Norway, are conceptually introduced. Finally, the future research directions are addressed.

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Development of embedded gateway for Wireless Sensor Network and Internet Protocol interoperability

Cited by 12 publications

References 8 publications

Development of IQRF Technology: Analysis, Simulations and Experimental Measurements

Development of IQRF Technology: Analysis, Simulations and Experimental Measurements

Security Surveillance and Home Automation System using IoT

Use of the IQRF Technology in Internet-of-Things-Based Smart Cities

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