Smart Poly-House Surveillance using IOE

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395 -0056
Volume: 04 Issue: 03 | Mar -2017 www.irjet.net p-ISSN: 2395-0072
© 2017, IRJET | Impact Factor value: 5.181 | ISO 9001:2008 Certified Journal | Page 2784
Smart Poly-House Surveillance Using IOE
Vaibhav Sherkar1, Akshay Surwase2, Prasad Kalekar3, Bhagyashree Gavhane4
1, 2, 3 Student, Dept. of ENTC Engineering, Dr.D.Y.Patil college of engineering Ambi, Maharashtra, India
4 Professor, Dept. of ENTC Engineering, Dr.D.Y.Patil College of engineering Ambi, Maharashtra, India
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Abstract - The required climate condition for the green
house can be provided by proposed system. With the machine-
controlled of playhouse human intervention will be reduced.
Agriculture requires irrigation at the time of drought as well
as some plants require a lot of water which is not sufficiently
provided by the rain water. Farmer needs to continuously
monitor the soil moisture andwaterlevel. Sometimesfarmeris
far away from farm or gets some health problem, the plants
may spoil due to less water irrigation.
Key Words: IOT, Poly-house, WSN, Raspberry pi
1. INTRODUCTION
Embedded Ethernet is used for supervise and moderation of
the physical parameters in any domain such as industrial,
commercial, home, agricultural etc. we can see there are
various problems in monitoring the parameters in the
irrigational plant such as moistureofthe soil,temperature of
the soil. Now a day’s various problems are rising in
polyhouse superintendence. We required lots of man power
for maintenance of polyhouse. We can use Embedded
Ethernet for home automation based applications for
controlling the various components such as lights, fans, ACs,
etc. To deal with these daily and toilful problems,wedecided
to launch this project which will satisfy the above discussed
problems.
By using such type of system we can control and monitorthe
parameter through your mobile phones or by your personal
computers. And also by moderating the home appliance we
can spare the energy by knowing the current status of the
appliance and in polyhouse surveillance we can check the
status of the motor and control it by relays.
The internet of things (IOT) is an important topic in
technology industry and engineering circle the large scale
implementation of IOT devices promises to transform many
aspects of the we live. IOT is expected to offer advanced
connectivity devices systems & services that goes beyond
machine to machine communication and covers variety of
protocols.
In the polyhouse to ease the work of farmer this system
used. In this system the soil moisture sensor, light intensity
sensor and temperature sensor gives the data to the
controller unit on particular defined time in the form of
images. The data analysed by controller is send to theserver
with the help of Wi-Fi module. The android app is designed
for this system which is load in smart phoneandwhichtakes
sensors data time to time. We shows the graphical data of
this sensors, so it becomes easy to analyse. Also we can on
and OFF the motor according to the soil moisture. We gives
some threshold value for the controlling motorbasedonsoil
moisture. The relay used for the controlling Light (Bulb),
which takes data from LDR sensor and measure light
intensity and then control the bulb using relay. The farmer
can also control the motor and bulb from his smart phone
using android App.
The camera is used to take the photos of fields capture
randomly in small period and send it to server at some
interval of times. Then farmer checks it at his smart phone.
The LDR (Light Dependent Resistor) sensor is used
to sense the intensity of light and according to the light
intensity the bulb will ON & OFF.
An Android provides access to the end devices for Farmer
uploading web pages as per the client request. In polyhouse
too ease the work of farmer this method is used. In this
system the soil moisture sensor, light intensity sensor and
temperature sensor gives the data to the controller unit in
particular defined time. The controller analysed data and
send to the server with the help of Wi-Fi module. The
android app is designed for this system which is load in
smart phone and which takes sensors data time to time. We
shows the graphical data of this sensors, so it becomes easy
to analyse. Also we can ON and OFF the motor according to
the soil moisture. We gives some threshold value for the
controlling motor based on soil moisture. The relay used for
the controlling Light (Bulb), which takes data from LDR
sensor and measure light intensity and then control thebulb
using relay. The farmer can also control the motor and bulb
from his smart phone using android App.
2. SYSTEM ARCHITECTURE
In our system we use the raspberry pi3 as main processor. It
has the high capacity of processing. Camera port is also
provided to it. We use different sensorslike moisturesensor,
temperature sensor. Motor is also attached to it for
controlling water for a plants. System architecture provides
the overview of the system and components present in the
system. Using this sensors we can control and monitor
various conditionsacquire in poly-house. Surveillanceisalso
possible using these systems.

Fig -1: Proposed System
Fig -2: Flowchart
1) Raspberry 3
Raspberry pi 3 provides 6 time processing capacity
of than raspberry pi 2. It also has a high memory capacity.
Also we can expand memory by using external memorycard
Raspberry pi 3 has separate port to attach camera.
Features:
SoC : Broadcom BCM2837
CPU : 4× ARM Cortex-A53, 1.2GHz
GPU : Broadcom Video Core IV
RAM : 1GB LPDDR2 (900 MHz)
Networking: 10/100 Ethernet, 2.4GHz 802.11n wireless
Bluetooth : Bluetooth 4.1 Classic, Bluetooth Low Energy
Storage : micro SD
GPIO : 40-pin header, populated
Ports : HDMI, 3.5mm analogue audio-video jack
2) Power supply:-
All electronicscomponent required electrical energy
for their working. Basically we have to convert main power
supply from 230v to 12v & 5v respectively for the raspberry
pi, motor drivers & other components
3) Sensors:-
A) Soil Moisture Sensor:-
The moisture sensor uses immersion gold which
protect nickel from oxidation. This sensor reads the
moisture sensor in a soil and judge a water level .It is two
port device.
Features:
1 .Work up to 5v
2 .Working current is less than 20 mA
3 .High sensitivity
B) Temperature sensor:-
It is an integrated circuit which gives linear
output in degree.
Features:
1 .Operating voltage 4-30 volt
2 .Current drain 50 micro amp.
3 .Junction temperature 150 degree Celsius
C) Light Dependent Resistor:-
It contains two cadmium sulphide cells. The cell
resistance falls with increasing temperature.
Features:-
1 .Power dissipation 100mW
2 .cell resistance 400ohm
4) Motor:-
Relay is used for control a motor. Whenever water
level in a soil is decreases belowgiventhresholdvaluemotor
will be automatically ON by the motor driver circuit. We can
also control it by manually.
5) Camera:-
Camera is used for capturing images of a playhouse
for certain fixed time duration. These images are send to the
farmer.

6) Android application:-
We develop anandroidapplicationforthefarmer.In
these application all the data isprovidedtofarmerwhichcan
be seen by anywhere. Also farmer can control the soil
moisture by using motor if the value of moisture in soil is
below threshold value. These application also shows the
surveillance images to farmer.
3. CONCLUSIONS
Precision agriculture is a comprehensive system
designed to optimize agriculture production. Using the
technology human work will be reduced. These agriculture
increases production efficiency, improve product quality,
improve the efficiency of crop, conserve energy, and protect
the environment. In a playhouse environment using IOE our
test shows clearly that automatic irrigation is more efficient
compared to manual irrigation. Automatic irrigation will
control the usage of water and maintain the moisture level
and healthiness of the plant. Also the surveillance to the
farmer is provided.
REFERENCES
[1] Jackson T, Mansfield K, Saafi M, etal. “Measuring soil
temperature and moisture using wireless MEMS
sensors”, Journal ofMeasurement,41(4):381-390,2007.
M. Young, The Technical Writer’s Handbook. Mill Valley,
CA: University Science, 1989.
[2] Soil moisture monitoringstandards[S] SL000-2005.The
People's Republic of China Ministry of Water Resources
,2005-00 -00 promulgated, China Water Power Press
Publishing ,2007-6-1.
[3] Adams, M.L., Cook, S. & Corner, R. , “Managing
Uncertainty in Site-Specific Management: What is the
Best Model?” Precision Agriculture. 2, 39-54, 2000
[4] J. Burrell et al. Vineyard computing: sensor networks in
agricultural production. IEEE Pervasive Computing,
3(1):38–45, Jan-Mar 2004.
[5] W. Zhang, G. Kantor, and S. Singh Integrated wireless
sensor/actuator networks in agricultural applications.
In Second ACM International Conference on Embedded
Networked Sensor
Systems (SenSys), page 317, Baltimore, Maryland, USA,
Nov. 2004.
[6] J. Thelen et al. Radio wave propagation in potato fields.
In First workshop on Wireless Network Measurements
(located with WiOpt 2005), Riva del Garda, Italy, Apr.
2005.
[7] V.I. Adamchuk, J.W. Hummel, M.T. Morgan and S.K.
Upadhyaya, “On the-go soil sensors for precision
agriculture”, Computers and Electronics in Agriculture,
44, 71–91, 2004.

Smart Poly-House Surveillance using IOE

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