Jung, Joonseok
(IDO-LINK Co., Ltd.)
,
Kwon, Jongman
(IDO-LINK Co., Ltd.)
,
Mfitumukiza, Joseph
(Media IT Engineering, Seoul National University, of Science and Tech.)
,
Jung, Soonho
(IoT Research Center, Seoul National Univ. of Science & Tech.)
,
Lee, Minwoo
(Graduate School of Nano IT Design Fusion, Seoul National Univ. of Science & Tech.)
,
Cha, Jaesang
(Graduate School of Nano IT Design Fusion, Seoul National Univ. of Science & Tech.)
This paper presents a low cost and flexible IoT enabled smart LED controller using Arduino that is used for emergency exit signs. The Internet of Things (IoT) is become a global network that put together physical objects using network communications for the purpose of inter-communication of devices,...
This paper presents a low cost and flexible IoT enabled smart LED controller using Arduino that is used for emergency exit signs. The Internet of Things (IoT) is become a global network that put together physical objects using network communications for the purpose of inter-communication of devices, access information on internet, interaction with users as well as permanent connected environment. A crucial point in this paper, is underlined on the potential key points of applying the Arduino platform as low cost, easy to use microcontroller with combination of various sensors applied in IoT technology to facilitate and establishment of intelligent products. To demonstrate the feasibility and effectiveness of the system, devices such as LED strip, combination of various sensors, Arduino, power plug and ZigBee module have been integrated to setup smart emergency exit sign system. The general concept of the proposed system design discussed in this paper is all about the combination of various sensor such as smoke detector sensor, humidity, temperature sensor, glass break sensors as well as camera sensor that are connected to the main controller (Arduino) for the purpose of communicating with LED exit signs displayer and dedicated PC monitors from integrated system monitoring (controller room) through gateway devices using Zig bee module. A critical appraisal of the approach in the area concludes the paper.
This paper presents a low cost and flexible IoT enabled smart LED controller using Arduino that is used for emergency exit signs. The Internet of Things (IoT) is become a global network that put together physical objects using network communications for the purpose of inter-communication of devices, access information on internet, interaction with users as well as permanent connected environment. A crucial point in this paper, is underlined on the potential key points of applying the Arduino platform as low cost, easy to use microcontroller with combination of various sensors applied in IoT technology to facilitate and establishment of intelligent products. To demonstrate the feasibility and effectiveness of the system, devices such as LED strip, combination of various sensors, Arduino, power plug and ZigBee module have been integrated to setup smart emergency exit sign system. The general concept of the proposed system design discussed in this paper is all about the combination of various sensor such as smoke detector sensor, humidity, temperature sensor, glass break sensors as well as camera sensor that are connected to the main controller (Arduino) for the purpose of communicating with LED exit signs displayer and dedicated PC monitors from integrated system monitoring (controller room) through gateway devices using Zig bee module. A critical appraisal of the approach in the area concludes the paper.
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제안 방법
From the results of implanted test proof, the optimal evacuation route to the safety was selected and presented from the controller within 19 seconds (maximum). The main concept of this work, is to make emergency exit signage not only more conspicuous but also more likely visible and reducing the time people spend in way finding them.
The test proof of the concept, low cost and off the shelf electronics hardware is used to implement the test bench in order to confirm the performance of the system. The Arduino Uno and Arduino Wi-Fi shield are used to implement the gateway that interfaces sensors connected with Arduino and Zig Bee module.
The work presented in this paper, is validated as a very effective approach to the performance upgrade of IoT enabled emergency LED exit signs by using Arduino under various circumstances harmful for people such as fire detection, glass breaking detection, humidity detection, temperature detection so that identifying the optimal evacuation route. From the results of implanted test proof, the optimal evacuation route to the safety was selected and presented from the controller within 19 seconds (maximum).
대상 데이터
IoT enable smart emergency LED exit signs using Arduino is proposed in this paper in order to upgrade the existing emergency exit sign system to make more sensitive, noticeable and more effective to direct individuals away from the dangerous area and could effectively drive them along the intended route. The system consists of sensors (Fire detector sensor, smoke sensor, glass break sensor, humidity sensor), Microcontroller (Arduino), Alarm, LED patch display and LED down light, Zig Bee (Pro Bee ZS10) modules and PC monitors. The overall system design architecture is illustrated in figure 2.
성능/효과
However, the emergency exit signs related works were mainly focused on the detection rate for emergency exit signs, the results show that only 76% of the individuals detected Active Dynamic Signage System (ADSS) with 80% of them following the guidance offered by the exit signs [11]. Compare to the upgraded system design of IoT enabled smart emergency exit signs displayed using LED and controlled by Arduino, an increase of 97% in detection rate as well as in guidance capacity is proven. The individuals required an average of 0.
참고문헌 (14)
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