a smart&autonomous wireless system for precision ... · sensor[7]. fig4 : humidity sensor...
TRANSCRIPT
National Conference on Emerging Trends in Information, Management and Engineering Sciences (NC’e-TIMES#1.0) – 2018
ISSN: 2395-1303 http://www.ijetjournal.org Page 1
A SMART&AUTONOMOUS WIRELESS SYSTEM
FOR PRECISION AGRICULTURE USING IOT
C.Venkatesh1, A.Chandana2, T.Kesava charulu3C.Laharika4
1Assistant Professor, Department of ECE, AITS, Rajampet, Andhra Pradesh, India
2,3,4student, Department of ECE, AITS, Rajampet, Andhra Pradesh, Indiap
Email:[email protected], [email protected]
2 , kesavchari @gmail.com
3, chitti [email protected]
4
I. INTRODUCTION
There are abounding systems to accomplish baptize
accumulation in assorted crops, from basal ones to
added technologically avant-garde ones. For
instance, in one arrangement bulb baptize cachet
was monitored and irrigation appointed based on
awning temperature administration of the plant,
which was acquired with thermal imaging[1]. In
addition, added systems accept been developed to
agenda irrigation of crops and optimize baptize use
by agency of a crop baptize accent index. An
another constant to actuate crop irrigation needs is
ciphering bulb evapotranspiration (ET). ET is
afflicted by acclimate parameters, including solar
radiation, temperature, about humidity, wind speed,
and crop factors, such as date of growth, array and
bulb density, administration elements, clay
properties, pest, and ache ascendancy [8]. Systems
based on ET accept been developed that acquiesce
baptize accumulation of up to 42% on time-based
irrigation schedule. Automati0063 irrigation
systems are convenient, abnormally for those who
travel. If installed and programmed properly,
automated irrigation systems can even save your
money and advice in baptize conservation[2]. Dead
backyard grass and plants charge to be replaced,
and that can be big-ticket but the accumulation
from automated irrigation systems can go above
that[3]. Watering with a corrupt or with oscillator
wastes water. !either adjustment targets bulb roots
with any cogent bulk of precision.Automatic
irrigationsystems can be programmed to acquittal
added absolute amounts of baptize in a targeted
area, which promotes baptize attention aback the
deployment.
II. DESIGN AND IMPLEMENTATION
The irrigation ambassador bulge is
composed of a micro-processor, transceivers,
RESEARCH ARTICLE OPEN ACCESS
Abstract: Automatic irrigation systems are convenient, abnormally for those who travel. If installed and programmed
properly, automated irrigation systems can even save your money and advice in baptize conservation. Dead
backyard grass and plants charge to be replaced, and that can be big-ticket but the accumulation from automated
irrigation systems can go above that. The proposed irrigation ambassador bulge is composed of a micro-
processor, transceivers, analog to agenda converters. The analysis ambit can be displayed as ethics in PC.if there
are any beat action of ambit (temperature, humidity, moisture) ,then active will be made. This arrangement makes
limited ecology accessible in irrigation applications.
Key words: Raspberry, IoT, sensors
National Conference on Emerging Trends in Information, Management and Engineering Sciences (NC’e-TIMES#1.0) – 2018
ISSN: 2395-1303 http://www.ijetjournal.org Page 2
analog to agenda converters[5]. Sensor nodes are
deployed for acreage action ecology and control.
Temperature sensor is an cyberbanking accessory
which provides a voltage alternation of the
temperature of the apparent on which it is mounted.
This voltage will be anesthetized to the ARM
processor ADC approach 0[6]. Again the ADC
advocate will accord a agenda sensor bulk which
will be transferred through the UART agreement
and again alcove the server through zigbee
communication.In adjustment to acquisition the
damp akin in the irrigation acreage we uses the
clamminess sensor. In this proposed plan , we are
application a Arresting blazon clamminess sensor
which aces up changes in the attrition bulk of the
sensor aspect in acknowledgment to the change in
the humidity.Thick blur aqueduct of adored metals
like gold, ruthenium oxide is printed and calcinated
in the appearance of the adjust to anatomy an
electrode[7]. Again a polymeric blur is activated on
the electrode; the blur acts as a clamminess analysis
blur due to the actuality of adaptable ions.
Block diagram:
Fig:1. Block diagram of precession agricultural system
Change in impedance occurs due to the
change in the bulk of adaptable ions[8].This change
in adaptable ions causes change in the arresting
metal which in about-face creates voltage change in
the sensor. This will be a absolute minute voltage
change.IN adjustment to apprehend the voltage
change, a comparator LM358 is acclimated in the
Clamminess sensor board. The comparator
continuously checks the clamminess sensor voltage
with the advertence voltage. If the sensor voltage
exceeds the advertence voltage again the
comparator gives agenda argumentation
achievement ( top or low). An led adumbration will
be accustomed in the kit for user identification[9].
This voltage will be accustomed to the
microcontroller for added manual and motor will be
controlled based on the result.Irrigation acreage
may get blaze blow at any time. So we use the blaze
sensor of thermister blazon , which is
able ,inexpensive, easily-obtainable temperature
analysis material. If the alien calefaction is
activated to the thermister , it will accomplish
voltage in the circuit[10]. The achievement voltage
from the thermister is accustomed to the comparator
for voltage amplification. This in about-face helps
in audition a absolute baby voltage changes which
in about-face detects all ambit calefaction
variation.The sensor contains led lights as
indicators. If the temperature akin exceeds the
advertence set point then, led lights will accord
indication. All the ethics will be displayed in the
PC , again for any beginning bulk bridge , an arrest
will be anesthetized to the kit through wireless
communication, which alerts the spots[11].
III. SYSTEM HARDWARE MODULES
A. Raspberry pi
A Raspberry Pi is a thirty 5 dollar,
acclaim agenda sized computer lath which if
acquainted into an LCD and adapter of a keyboard
and a mouse, it is able to complete the functions of
any approved PC can. Like a PC, it has RAM, Hard
Drive (SD Card), Audio and Video ports, USB port,
HDMI port, and Ethernet port. With the Pi, users
can actualize advance sheets, word-processing,
browse the internet, play top analogue video and
Tempera
ture
sensor
Humidit
y sensor MCP3
008
PH
sensor
Ultrasoni
c sensor
driver
pumping motor
Buzzer
Driver
sprinkler
IOT
Power
supply
Water
level
sensor
National Conference on Emerging Trends in Information, Management and Engineering Sciences (N
ISSN: 2395-1303
abundant more[1]. It was advised to be a bulk
affable computer for users who bare one
two models, Model A, B, 3 and zero.The module of
Raspberry pi as shown n fig (2).
Fig 2: Raspberry pi
B. Temperature sensor:
TheLM35 pin diagram is apparent in the
bulk 2 .As a temperature sensor, the ambit will
apprehend the temperature of the
ambiance and broadcast temperature to us aback in
degrees celsius. The LM35 is a low voltage IC
which uses about +5VDC of power[5]. This is ideal
because the arduino's ability pin gives out 5V of
power. The module of the temperature sensor as
shown in fig (3). The IC has just 3 pins, 2 for the
ability accumulation and one for the analog
output.The achievement pin provides an analog
voltage achievement that is linearly proportional to
the celsius (centigrade) temperature. Pin 2 gives an
achievement of 1 millivolt per 0.1°C (10mV per
degree)[4]. So to get the bulk amount in celsius, all
that have to be done is to yield the voltage
achievement and bisect it by 10- this accord out the
bulk degrees in celsius.
Fig3.Temperatur e sensor LM35
National Conference on Emerging Trends in Information, Management and Engineering Sciences (NC’e
http://www.ijetjournal.org
. It was advised to be a bulk
affable computer for users who bare one. There are
The module of
TheLM35 pin diagram is apparent in the
bulk 2 .As a temperature sensor, the ambit will
surrounding
ambiance and broadcast temperature to us aback in
degrees celsius. The LM35 is a low voltage IC
. This is ideal
because the arduino's ability pin gives out 5V of
The module of the temperature sensor as
The IC has just 3 pins, 2 for the
ability accumulation and one for the analog
output.The achievement pin provides an analog
voltage achievement that is linearly proportional to
ade) temperature. Pin 2 gives an
achievement of 1 millivolt per 0.1°C (10mV per
. So to get the bulk amount in celsius, all
that have to be done is to yield the voltage
this accord out the
C. Humidity sensor:
Humidity is the attendance of baptize in air. The
bulk of baptize breath in air can affect animal
abundance as able-bodied as abounding
accomplishment processes in industries. The
attendance of baptize breath aswell influences
assorted physical, chemical, and biological
processes.The module of the humidity sensor as
shown in fig (4). Clamminess altitude in industries
is analytical because it may affect the business bulk
of the artefact and the bloom an
personnel. Hence, clamminess analysis is absolute
important, abnormally in the ascendancy systems
for automated processes and animal comfort. Here
we are application a arresting blazon of clamminess
sensor[7].
Fig4: Humidity sensor
D.Ultrasonic sensor:
The accelerated sensor acquisition the ambit
through an answer pulse.The sensor provides
precise, abiding non- acquaintance ambit abstracts
from 2cm to 4 meters with absolute top accuracy
Its bunched size, college ambit and simpl
accomplish it a accessible sensor for ambit altitude
and mapping.The module of the ultrasonic sensor as
shown in fig(5).The operating abundance of the
sensor is 40khz.The pulses of 40khz abundance will
be forward to the accelerated transmitter. T
transmitter will catechumen this voltage into
complete after-effects and again address it for a
accurate distance. With in the ambit if any article
comes , the complete arresting will be reflected
aback to the accelerated receiver as an answer
pulse.The time continuance amid the manual and
C’e-TIMES#1.0) – 2018
Page 3
Humidity is the attendance of baptize in air. The
bulk of baptize breath in air can affect animal
bodied as abounding
accomplishment processes in industries. The
breath aswell influences
assorted physical, chemical, and biological
The module of the humidity sensor as
Clamminess altitude in industries
is analytical because it may affect the business bulk
of the artefact and the bloom and assurance of the
personnel. Hence, clamminess analysis is absolute
important, abnormally in the ascendancy systems
for automated processes and animal comfort. Here
we are application a arresting blazon of clamminess
: Humidity sensor
The accelerated sensor acquisition the ambit
through an answer pulse.The sensor provides
acquaintance ambit abstracts
from 2cm to 4 meters with absolute top accuracy[8].
Its bunched size, college ambit and simple account
accomplish it a accessible sensor for ambit altitude
The module of the ultrasonic sensor as
The operating abundance of the
sensor is 40khz.The pulses of 40khz abundance will
be forward to the accelerated transmitter. The
transmitter will catechumen this voltage into
effects and again address it for a
accurate distance. With in the ambit if any article
comes , the complete arresting will be reflected
aback to the accelerated receiver as an answer
time continuance amid the manual and
National Conference on Emerging Trends in Information, Management and Engineering Sciences (N
ISSN: 2395-1303
accepting beating will gives the article distance.
Acceleration of accelerated beachcomber is 347 m/s.
Fig5:Ultrasonic sensor
E.DC motor:
DC motors are configured in abounding
types and sizes, including besom less, servo, and
accessory motor types. A motor consists of a rotor
and a abiding alluring acreage stator. The alluring
acreage is maintained application either abiding
magnets or electromagnetic windings[6]
the accessories that accommodate the absolute
acceleration and torque in a drive system. This
ancestors includes AC motor types (single and
multiphase motors, universal, servo motors,
induction, synchronous, and accessory motor) and
DC motors (brush less, servo motor, a
motor) as able-bodied as linear, stepper and air
motors, and motor contactors and starters
F.BUZZER:
A buzzer or beeper is an audio
device,which may be mechanical
mechanicalor piezoelectric(piezo for short). Typical
uses of buzzers and beepers include
devices,timers and confirmation of user input such
as a mouse click or keystroke.The module of the
buzzer is shown in fig(6).
Fig6:Buzzer
National Conference on Emerging Trends in Information, Management and Engineering Sciences (NC’e
http://www.ijetjournal.org
accepting beating will gives the article distance.
Acceleration of accelerated beachcomber is 347 m/s.
DC motors are configured in abounding
sizes, including besom less, servo, and
accessory motor types. A motor consists of a rotor
and a abiding alluring acreage stator. The alluring
acreage is maintained application either abiding
ets or electromagnetic windings[6].Motors are
s that accommodate the absolute
acceleration and torque in a drive system. This
ancestors includes AC motor types (single and
multiphase motors, universal, servo motors,
induction, synchronous, and accessory motor) and
DC motors (brush less, servo motor, and accessory
bodied as linear, stepper and air
motors, and motor contactors and starters[5].
signalling
mechanical electro
for short). Typical
of buzzers and beepers include alarm
and confirmation of user input such
The module of the
G.PH sensor:
A pH meter is a scientific instrument
the hydrogen-ionactivity in water
solutions,its acidity or alkalinity
The pH meter measures the difference in
potential between a pH electrode and a reference
electrode, and so the pH meter is sometimes
referred to as a "potentiometric pH meter".the
module as shown in the fig 7. The difference in
electrical potential relates to the acidity or pH of the
solution.The pH meter is used in many applications
ranging from laboratory experimentation
control Potentiometric pH meters measure the
voltage between two electrodes and display the
result converted into the corresponding pH value.
They comprise a simple electronic amplifier and a
pair of electrodes, or alternatively a combination
electrode, and some form of display cal
pH units. It usually has a glass electrode and
a reference electrode or a combination electrode.
The electrodes, or probes, are inserted into the
solution to be tested .
The design of the electrodes is the key part: These
are rod-like structures usually made of glass, with a
bulb containing the sensor at the bottom. The glass
electrode for measuring the pH has a glass bulb
specifically designed to be selective to hydrogen
ion concentration. On immersion in the solution to
be tested, hydrogen ions in the test solution
exchange for other positively charged ions on the
glass bulb, creating an electro chemical potential
across the bulb. The electronic amplifier detects the
difference in electrical potential between the two
electrodes generated in the
converts the potential difference to pH units. The
magnitude of the electro chemical potential across
the glass bulb is linearly related to the pH according
to the Nernst equation.The module of theph sensor
is shown in fig (7).
C’e-TIMES#1.0) – 2018
Page 4
scientific instrument that measures
water-based
alkalinity expressed as pH
The pH meter measures the difference in electrical
between a pH electrode and a reference
electrode, and so the pH meter is sometimes
iometric pH meter".the
module as shown in the fig 7. The difference in
electrical potential relates to the acidity or pH of the
solution.The pH meter is used in many applications
laboratory experimentation to quality
meters measure the
voltage between two electrodes and display the
result converted into the corresponding pH value.
They comprise a simple electronic amplifier and a
pair of electrodes, or alternatively a combination
electrode, and some form of display calibrated in
glass electrode and
reference electrode or a combination electrode.
The electrodes, or probes, are inserted into the
The design of the electrodes is the key part: These
usually made of glass, with a
bulb containing the sensor at the bottom. The glass
electrode for measuring the pH has a glass bulb
specifically designed to be selective to hydrogen-
ion concentration. On immersion in the solution to
in the test solution
exchange for other positively charged ions on the
glass bulb, creating an electro chemical potential
across the bulb. The electronic amplifier detects the
difference in electrical potential between the two
electrodes generated in the measurement and
converts the potential difference to pH units. The
magnitude of the electro chemical potential across
the glass bulb is linearly related to the pH according
.The module of theph sensor
National Conference on Emerging Trends in Information, Management and Engineering Sciences (N
ISSN: 2395-1303
Fig 7: PH sensor
IV. EXPERIMENTAL RESULTS
The proposed system included water saving
mechanism and fertility mechanism. It can perform multiple
tasks like both monitoring (or) Controlling . Here we are using
raspberry pi because it can perform multiple task. It stores the
data in SD card. By using IOT we control the things from the
remote location.
Fig 8:Hardware kit
The above figshows that irrigation monitoring
system using IOT. In this we included all the
sensors temperature, humidity, water level,
ultrasonic, PH sensor.These all are intercept with
each other as shown in the above figure 8 to give
the results.
National Conference on Emerging Trends in Information, Management and Engineering Sciences (NC’e
http://www.ijetjournal.org
EXPERIMENTAL RESULTS
uded water saving
nism and fertility mechanism. It can perform multiple
Controlling . Here we are using
raspberry pi because it can perform multiple task. It stores the
we control the things from the
irrigation monitoring
system using IOT. In this we included all the
sensors temperature, humidity, water level,
These all are intercept with
each other as shown in the above figure 8 to give
Fig9:operating through server.
The abve fig shows that the
devices to the raspberry pi will get the information
of every second by the irrigation monitoring system
server such as Temp level, water level,Humidity,
PH, Moisture content.The statistical values of
all sensors are shown in the mobile which is
connected to the respective id of raspberry pi.
Fig 10:The above fig shows that when obstacle come near to
the crop then ultrasonic sensor controls automatically and
gives the buzzer sound .
Fig 11: verifying the all Results.
C’e-TIMES#1.0) – 2018
Page 5
abve fig shows that the connected
devices to the raspberry pi will get the information
of every second by the irrigation monitoring system
server such as Temp level, water level,Humidity,
PH, Moisture content.The statistical values of the
all sensors are shown in the mobile which is
connected to the respective id of raspberry pi.
when obstacle come near to
the crop then ultrasonic sensor controls automatically and
National Conference on Emerging Trends in Information, Management and Engineering Sciences (NC’e-TIMES#1.0) – 2018
ISSN: 2395-1303 http://www.ijetjournal.org Page 6
V. CONCLUSION
The irrigation ambassador bulge is composed of a
micro-processor, transceivers, analog to agenda
converters. Sensor nodes are deployed for acreage
action ecology and control. The proposed
arrangement makes limited ecology accessible in
irrigation applications.
VI. REFERENCES
[1] M. C. Rodríguez-Sánchez, S. Borromeo, and J. A.
Hernández-Tamames, “Wireless sensor networks for
conservation and monitoring cultural assets,” IEEE Sensors
J., vol. 11, no. 6, pp. 1382–1389, Jun. 2011.
[2] G. López, V. Custodio, and J. I. Moreno, “LOBIN: E-
textile and wireless-sensor-network-based platform for
healthcare monitoring in future hospital environments,” IEEE
Trans. Inf. Technol. Biomed., vol. 14, no. 6, pp. 1446–1458,
Nov. 2010.
[3] P. Mariño, F. P. Fontan, M. A. Dominguez, and S. Otero,
“An experimental ad-hoc WSN for the instrumentation of
biological models,” IEEETrans. Instrum. Meas., vol. 59, no.
11, pp. 2936–2948, Nov. 2010.
[4] M. Johnson, M. Healy, P. van de Ven, M. J. Hayes, J.
Nelson, T. Newe, and E. Lewis, “A comparative review of
wireless sensor network mote technologies,” in Proc. IEEE
Sensors, Oct. 2009, pp. 1439–1442.
[5] J. Lin, W. Xiao, F. L. Lewis, and L. Xie, “Energy-efficient
distributed adaptive multisensor scheduling for target
tracking in wireless sensor networks,” IEEE Trans. Instrum.
Meas., vol. 58, no. 6, pp. 1886–1896, Jun. 2009.
[6] Wireless Medium Access Control (MAC) and Physical
Layer(PHY) Specifications for Low-Rate Wireless Personal
Area Networks (LR-WPANs), IEEE Standard 802.15.4, 2003
.
[7] J.Infantial Rubala1, D. Anitha2 PG Student1, Assistant
Professor2 Agriculture Field Monitoring using Wireless
Sensor Networks to Improving Crop Production JDepartment
of CSE Government College of Engineering, Tirunelveli,
Tamilnadu, India
[8] K. Lakshmisudha Assistant Professor Dept. of Information
Technology, Smart Precision based Agriculture using Sensors
SIES GST Nerul(E).
[9] ALEXANDROS ZOGRAFOS Wireless Sensor-based
Agricultural Monitoring SystemDegree project in
Communication Systems Second level, 30.0 HEC
Stockholm,Sweden.
[10] Akash1, Amit Birwal
2 IoT-based Temperature and
Humidity Monitoring System for AgricultureM.Sc Student,
Department of Electronic Science University of Delhi, India1
Assistant Professor, Department of Electronic Science
University of Delhi, India2
[11]Sandip Rukhmode1 Department of ETRX Engineering,
IOT Based Agriculture Monitoring
SystemUsingWemosSSPACE,Wardha,Nagpuruniversity,
[12]1 Dr.N.Suma,
2Sandra Rhea Samson,
3S.Saranya,
4
G.Shanmugapriya,5R.Subhashri
1 Associate Professor, IOT
Based Smart Agriculture Monitoring System Department of
ECE, SNS College of Engineering, Coimbatore, India. e-
mail:[email protected]
[13] Mohamed Rawidean MohdKassim, Ibrahim Mat
“Wireless Sensor Network in Precision Agriculture
Application”, Ministry of Science, Technology and Innovation
Kuala Lumpur,
IEEE2014.http://www.academia.edu/9144402/Wireless_Senso
r_Network_in_Precision_Agriculture_Application
[14]Mrs. S.Uma Maheswari1, Mrs. M.Jeyachitra
21Associate
Professor, 2Assistant Professor
1, WSN Based Realization of
Agriculture Monitoring System ECE, Panimalar Engineering
College, India
[15] Vinita Tyagi1, Raman kumar
2, Gopal Fartyal
3, Anant
Garg4, Dr. Janakkumar .B. Patel
5, Manjeet kaur
6 Student
1,2,3,4,
Professor5, Assistant Professor
6 IOT Based Agriculture
System Department of ECE Amity University Haryana, India
AUTHOR PROFILE
C.Venkatesh received B.Tech
Degree from J.N.T University,
Hyderabad and M.Tech Degree from
JNTUA Anantapuramu. Currently he
is pursuing Ph.D Degree in
Department of ECE, at K L Deemed
to be University, Vaddeswaram,
Guntur, Andhra Pradesh, India. Also
presently he is with Annamacharya
Institute of Technology & sciences, Rajampet, A.P, India
working as an Assistant Professor in Department of ECE. He
is a member of many professional societies like MISTE,
IACSIT, etc. His research interests include Embedded systems,
Signal Processing and Digital Image Processing. He Published
many papers in Reputed International journals also presented
many papers in International conferences. He is an editor of
many reputed international journals and reviewer of many
national and international journals.
A. Chandana currently working towards B.Tech degree in
Electronics & communication engineering from
National Conference on Emerging Trends in Information, Management and Engineering Sciences (NC’e-TIMES#1.0) – 2018
ISSN: 2395-1303 http://www.ijetjournal.org Page 7
Annamacharya Institute of Technology & Sciences (An
Autonomous Institution). Her research interests include
Embedded Systems and Communications. She attended many
National student Symposiums & workshops.
T. Keshava charulu currently working towards B.Tech degree
in Electronics & communication engineering from
Annamacharya Institute of Technology & Sciences (An
Autonomous Institution). Her research interests include
Embedded Systems and Communications. He attended many
workshops.
C. Laharika currently working towards B.Tech degree in
Electronics & communication engineering from
Annamacharya Institute of Technology & Sciences (An
Autonomous Institution). Her research interests include
Embedded Systems and Communications. She attended many
National student conferences.