In wireless communication network such as base station, a smooth network function is necessary. The objective is to
enable the smart mobile communication system to continuously monitor the smartness of the BTS. The factors include Temperature,
Humidity, Fuel, Smoke and Signal strength and these are monitored by using IoT platform. Thus, our aim is to develop a mobile
application which is used to detect any uncertain changes of values in these factors and generates an alert immediately. These sensors
are used to sense the environment around the BTS. Hadoop Map Reduce is used to reduce the abnormal data which exceed the fixed
threshold values are sensed by these sensors and these faults are fed into a remote user device with the help of ThingSpeak IoT
platform, mobile application, and web server. These abnormal values are loaded into the ThingSpeak which trigger the web server to
send an alert message to the admin mobile application. Thus, our developed method makes use of a mobile app which gives the instant
message about each activity happening on the site to admin. If the signal strength is a week, an alert message sends to the mobile user
using a web server. The reduced data is displayed as a graph in the mobile app which is easy for the admin to monitor the performance
of BTS.
G.Lavanya : Department of ECE, College of Engineering Guindy
Anna University, Chennai, India.
Dr.M.Shanmuga Priya : Department of ECE, College of Engineering Guindy
Anna University, Chennai, India.
Dr.M.A.Bhagyaveni : Department of ECE, College of Engineering Guindy
Anna University, Chennai, India.
BTS Shelter, Mobile station, Arduino, WiFi module, Sensors, Thingspeak IoT platform and Hadoop Map Reduce
Thus, we conclude that IoT places a major role to protect the
mobile BTS site like, BTS Monitoring. It enables users to
monitor remotely the conditions of base transceiver stations
(BTS). Sensors are used to monitor the BTS environment and
send condition of BTS information to admin. Temperature,
humidity, gas, fuel and signal strength sensors are used to sense
the BTS environment.
[1] Ajosh. K, P.Sujit, Aravind Rajan, Aravind V, and
Raveendranathan K.C., A Smart BTS Power Management
System, International Conference on Computational
Intelligence and Communication Systems, 2010, 488-492.
[2] “Remote Operating and Monitoring Cell Sites”,
International Conference on Technology and Innovation
ICTI- 2011, ISBN: 978-8-19217-820-2, Pg. 240-244.
[3] Yan Liu, development of control device and software base
on RFID. Beijing: Publishing House of Electronics
Industry, 2008.
[4] Manoel Eustáquio dos Santos, Braz de J. Cardoso Filho,
Flavio H. Vasconcelos, Voltage and Current Measurement
System for Medium Voltage Inverters, Conference Record
of IEEE Industry Applications Conference vol.2, 2002.
[5] Yaguang Guo, B.X. Du, Y. Gao, Xiaolong Li and H.B. Li,
On-line Monitoring System Based on MODBUS for
Temperature Measurement in Smart Grid, Innovative
Smart Grid Technologies - Asia (ISGT Asia), 2012 IEEE
Conference, 1-5.
[6] Pizzuti, Grossoni, Antonetti, "Power and Conditioning
Telemanagement Integrated System," Twenty-Seventh
International Telecommunications Conference, 2005. pp.
83-88, Sept. 2005.
[7] Satoshi Maruyama, Katsuhiko Tanahashi, Takehiko
Higuchi (2002). Base Transceiver Station for W-CDMA
System. August 8, 2002.
[8] Yi xianjun and Liu luimei “Development of high
precision temperature measurement system based on
ARM” 9TH International conference an electronic
measurement and instrument, pp 795-800, May 2009.