Implementation of Iot Based Smart Laboratory: M. Poongothai A. L. Karupaiya R. Priyadharshini
Implementation of Iot Based Smart Laboratory: M. Poongothai A. L. Karupaiya R. Priyadharshini
Implementation of Iot Based Smart Laboratory: M. Poongothai A. L. Karupaiya R. Priyadharshini
31
International Journal of Computer Applications (0975 – 8887)
Volume 182 – No. 15, September 2018
Akbar Satria et al [12] reveal that most of the home which act as MQTT clients. An online server acts as an
automation systems use Bluetooth in their mobile device for MQTT broker [6].
implementation. This has various demerits in every aspect.
Primarily the Bluetooth has a very small range and the Node-RED is a programming tool for wiring hardware
proposed system could only work in small homes, excluding devices. It provides a browser-based editor that makes it easy
homes with larger area. Bluetooth does not support remote to wire wide range of nodes in the palette that can be deployed
operations, (i.e.) the appliances cannot be controlled by to its runtime in a single-click. Node-RED application aids in
Bluetooth from a remote geographical area. Many appliances creating the interactive user interface dashboards.
within the same range may pick up the commands given to RASPBERRY PI 3 [4] runs the Node-RED application in it.
particular device resulting in erroneous behaviour. An android application is developed using Android Studio
that provides accessibility to control the devices. The control
Kodali R.K et al [10] presented an overview of a light weight signals are sent from the broker through the dashboard or
Message Queuing Telemetry Transport (MQTT) protocol. In mobile application. Clients publish the status of the devices to
the prototype, author attempted to implement MQTT on the broker and can be viewed in the dashboard. All the
ESP8266, a WiFi based development board. Sensors and devices can be controlled universally and the status of the
actuators are connected to ESP8266 and a Mosquitto based devices can be visualized.
MQTT broker is established for remote monitoring and
control. 3.1 Hardware Setup
Vamsikrishna Patchava et al [11] have proposed a system for
Smart Home Automation technique with Raspberry Pi using
IoT and it is done by integrating cameras and motion sensors
into a web application. This system has been designed using a
Raspberry Pi module with Computer Vision techniques. Using
this, home appliances connected through a monitor based
internet can be controlled. Raspberry Pi operates and controls
motion sensors and video cameras for sensing and
surveillance. For instance, it captures intruder’s identity and
detects its presence using simple Computer Vision Technique
(CVT). Whenever motion is detected, the cameras start
recording and Raspberry Pi device alerts the owner through an
SMS and alarm call.
32
International Journal of Computer Applications (0975 – 8887)
Volume 182 – No. 15, September 2018
Figure 5d
Figure 5: E-REMOTE app pages
Figure 5a
E-Remote is a locally developed interactive application for
android users. This application has been developed in
ANDROID STUDIO using JAVA programming language. It
is a digital remote to monitor and control the appliances of
IoT Lab and ECE Lab which is shown in Fig. 5. The proposed
33
International Journal of Computer Applications (0975 – 8887)
Volume 182 – No. 15, September 2018
system has been implemented in IOT lab@CIT of ECE [5] Mary Cherian , Hitesh Kumar P . 2014, “Implementation
department and thus the results are obtained. of a Secure and Smart Lab with Wireless Sensor
Network”, International Journal of Science and Research,
5. CONCLUSION Vol.3, No. 6.
In this work, the proposed system facilitates the users to
control the appliances such as lights, fans, projector and air- [6] SiddharthLodha, SapnaTiwari, RajashriPatil,
conditioner just by giving commands either through a smart KedarnathShinde, Prof. E. Jayanthi . 2015 “Mobile
phone or Node-RED Dashboard. Thus all devices can be Based Home Automation System using Iot and
controlled universally, and the status of the devices can be Prediction Algorithm”, International Education &
visualized. This feature will help the user to analyze the status Research Journal, Volume : 3,Issue : 5,pp.68-69.
of these devices anytime and anywhere. It reduces human [7] Supriya Sonar, MayuriMujmule, Tejashwini Mangalgire,
intervention in monitoring the devices. This system can be Prof. Thawali.B.R . 2016 “Home Automation using IoT”,
further extended for automatic ON and OFF of appliances International Journal of Engineering and Computer
depending upon the number of users in the Lab using Omron Science,vol6,issue 4,pp. 20923-20926
thermal sensors. This system can be further implemented in
hospitals for physically challenged people for controlling the [8] Vinay sagar K N,Kusuma S M . 2015, “Home
appliances. Automation Using Internet of Things”, International
Research Journal of Engineering and Technology ,Vol. 2,
6. ACKNOWLEDGMENTS No.3.
This work is financially supported by the Coimbatore Institute
Pavithra, D. and Balakrishnan, R . 2015, “IoT based
of Technology. The authors would like to acknowledge
monitoring and control system for home
Dr.V.Selladurai, Principal, CIT and Dr. A,Rajeswari ,
automation”,IEEE Global Conference Communication
Professor and Head, Department of ECE, CIT for their
Technologies (GCCT) on 2015, pp 169-173.
guidance and support throughout the period of this work.
[9] Kodali, R.K. and Soratkal, S. 2016, “MQTT based home
7. REFERENCES automation system using ESP8266”, IEEE Region 10
[1] ChandraMohan,R.Nagarajan,K.Satheeshkumar,N.AjithK conference In Humanitarian Technology (R10-HTC), pp.
umar,P.A.Gopinath,S.RanjithKumar . 2017 “Intelligent 1-5.
Smart Home Automation and Security System using
Arduino and Wi-Fi” , International Journal of [10] Kelly, S. D. T., Suryadevara, N. K., &Mukhopadhyay,
Engineering and Computer Science, vol 6,issue S. C. 2013, “Towards the implementation of IoT for
3,pp.20694-20698. environmental condition monitoring in homes”,IEEE
Sensors Journal, vol.13, issue 10, pp.3846-3853.
[2] Chunsheng Zhu, Victor C.M. Leung, Lei Shu . 2015
“Green Internet of Things for Smart World”, IEEE, [11] Javale, D., Mohsin, M., Nandanwar, S. and Shingate M.
Volume: 3,Issue : 2, pp.2151-2162. 2013, “Home automation and security system using
Android ADK”, International journal of electronics
[3] HafsaTahir, Ayesha Kanwer and M. Junaid . 2016, communication and computer technology (IJECCT),
“Internet of Things (IoT): An Overview of Applications vol.3, issue 2, pp.382-385.
and Security Issues Regarding Implementation”,
International Journal Of Multidisciplinary Sciences and [12] Satria, A., Priadi, M.L., Wulandhari, L.A. and Budiharto,
Engineering, , Vol. 7, No. 1. W. 2015, “The Framework of Home Remote Automation
System Based on Smartphone”,International journal of
[4] Jagdish A. Patel, AringaleShubhangi, Shweta Joshi , smart home, vol.9, issue 1, pp.53-60.
AartiPawar, Namrata Bari . 2016,“Raspberry PI Based
Smart Home”, Internation Journal of Engineering [13] https://nodered.org/
Science and computing,Vol.6, No.3.. [14] https://nodemcu.readthedocs.io/en/master/en/modules/gp
io/
IJCATM : www.ijcaonline.org 34