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This project implements the modern
way of controlling the irrigation motor or pump using GSM technology. Sensors
are attached to the controller which automatically controls the pump when any
constraint is overruled like temperature, water level decreasing, abnormal
conditions in motor, etc. This information is transferred to farmers via GSM
so that motor can be monitored and controlled remotely.
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The main aim of this project is to design a remote monitoring
and control system equipment for greenhouse based on GSM network. This
project continuously monitors temperature, humidity, soil moisture, etc and
thereby controls devices like fans, heating system, water pumps, etc. If any
parameter violates its range, the dedicated control hardware controls the
devices and also an SMS is transferred to the user.
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This project is useful
for detecting the accidents, controlling the speed of the vehicles and sending
information of accident location to the control area or any authorized
persons. Different sensors like vibration, alcohol, seatbelt checking,
vehicle zone area, etc together with control unit controls the speed of the
vehicle while GPS and GMS modules enables sending of an SMS about accident
location to the control room.
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This project aims to
design wireless notice board which automatically updates the information to
be sent via SMS from user mobile. This design achieves the multiple display
update system irrespective of their location. ARM controller with GMS
technology achieves this operation along with audio announcement system.
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The main
aim of this project is to implement Automatic Metering Reading (AMR) System
for energy meter billing with the use of GSM technology. This GSM based and
ARM controlled device continuously measures the energy consumption over a
given period of time and accordingly sends the billing information to the
customers as well as utility companies.
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The main aim of this project is to design
a real time water quality measurement system to measure the essential
qualities of water such as Ph, turbidity, conductivity, temperature and total
dissolved solids. This system sends he measured data to remote mobile located
at monitoring centre via GSM module.
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The
main idea of this project is to facilitate the monitoring of vital signs of
the patient using GMS technology. The PIC microcontroller collects the
information of patient heart rate and body temperature and sends it to remote
mobile located via GMS modem.
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In this project, a
regular monitoring or tracking system for vehicle is implemented to know the
location and route travelling by the vehicle using GSM and GPS module. The
data acquiring unit consists of microcontroller along with GPS and GSM module
which acquires the information of exact location and sends it to the remote
mobile. GMS mobile with web application at monitoring side gives the vehicle
location.
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The main objective of
this project is to decrease the damage that being occurred in the event of
fire accidents by making aware of accident to the first responders via SMS.
This system equipped with smoke detection sensors, microcontroller unit and
GSM and GPS module. When the fire accident occurs, this system alerts the
fire engine station by sending SMS along with accident place through GPS and
GSM modem.
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In
this project, a gas sensor attached to the microcontroller unit continuously
monitors the leakage of gas. When it detects the leakage, this controller
informs the user via SMS through GSM module. It also activates the alarm and
exhaust fan automatically in the event of gas leakage.
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This project enhances
the services provided by the public transportation management by using GMS
and GPS integration technology. In this, bus station module, bus module and
base station modules are interconnected with GSM modems where each module
consists of microcontroller, GSM modem and PC. User at bus station module can
send SMS to base station or bus modules to know the location of bus.
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This project achieves
the automatic toll plaza systems by advancing registering of the vehicles via
SMS. The GSM modem at the toll plaza generates the password and confirmation
SMS to the vehicle owner so that at the time vehicle arrival at toll plaza,
waiting of vehicle for registration is completely avoided. RFID based card
system automatically deducts the amount when vehicle entered into the toll
plaza.
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This systems is
designed to replace the high cost PLC based SCADA systems for small
industries by implementing GSM based SCADA system. Microcontroller along with
GSM modem at field area continuously monitors the various sensors. When user
sends SMS to the GSM module at field area, microcontroller unit sends the
various parameters information to the user mobile.
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The main aim of this
project is to implement an IVR system using GSM module. In this, user can
access the particular database information by calling to the GSM modem and by
correspondingly pressing proper keys as like service provider customer
calling service.
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This
project provides the remote control of three phase motor from user mobile
phone using GSM technology. This allows user to control the motor via SMS and
also facilitates the protection of motor from dry-running, over-current and
single phasing.
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The main objective of
this project is to implement control system for an autonomous robot by using
GSM modem, PIC controller and DTMF decoder. GSM modem attached with robot
allows the user to make call so that, upon pressing a key PIC Controller
controls the direction of the robot.
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The main intention of this project is to
implement flexible and moderate voting system with use of GSM technology. In
this, valid votes are stored in the EEPROM of microcontroller and attached
GSM modem allows the voter to send their vote from their mobiles. By this way
it collects the votes from voters provided it rejects more than one vote from
one voter. This GSM modem is connected to the microcontroller using I2C
protocol.
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The
main aim of this project is to prevent the robbery of ATMs by implementing an
ARM based embedded system using GSM technology. MEMS sensor attached to the
controller continuously monitors the vibration of ATM, if it senses the ATM
movement, it gives the signal to controller so that ATM door is locked via DC
motor. This information is passed to the nearby police station through GSM
modem.
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This
project implements a remote speed monitoring and control system for motor
using GSM technology. This design deal with automatic message sending and
receiving technique to send the current speed of the motor to remote mobile
and to accept the user SMS to control the speed. In this, PWM technique is
implemented to control the speed of the motor.
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The
objective of this project is to implement a small embedded unit for
automobiles that can detect the pollution or emission of pollutants in the
vehicle and thereby take control over vehicle engine. This design
continuously monitors the pollution caused by the vehicle, if the pollution
level is violated; it immediately turns off the vehicle engine and also
informs the owner via GSM.
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In
this project GSM technology is implemented to control the doors in order to
enhance the home security. This design allows the user to open or close the
door via SMS through GSM modem and also informs the owner in case of any
person trying to access the door via keypad attached to it even for correct
or wrong password.
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This
project implements the collision detection using IR sensors as well as human
detection using PIR sensors on railway track in order to increase the
security of railways. GPS and GSM modules on this system send the exact
location of cracks on the track to remote authorized mobiles.
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The
objective of this project is to provide weather remote monitoring system as
well as control system using GSM technology. Various weather parameters like temperature,
humidity, gas, etc are acquired and send to the remote mobile via GSM mobile
so that user could able to control appliances like fans, water sprinklers,
alarm devices, etc remotely.
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This
project aims to monitor the water level in the tank remotely using GSM
technology. The specified water levels detected by the circuit is send to the
remote mobile via GSM modem so that user aware the level information. This
project is useful for the industries for remote monitoring of liquids in
large tanks.
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This project implements
a vehicle parking system upon reservation of slot in parking area using GSM
and RFID technology. GSM module attached to this system allows the user for
advance booking of slot in parking area. GSM gives an SMS of password and
slot number to the remote mobile thereby user can park the car by paying
money using RFID card.
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The objective of this project is to build a portable
device that can assist with individual safety. A wrist watch type device with
one button sends the exact location to the SOS contacts or police station in
the emergency conditions. GPS module determines the exact location while GSM
module sends that location data to predefined user telephone numbers.
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In
this project, remote monitoring of transformer parameters such as oil level,
load current and ambient temperature, etc is performed by using GSM
technology. The microcontroller unit along with GSM modem sends the
transformer parameters data to remote mobile so that user can monitor any
abnormality of transformer from far remote locations.
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The
main aim of this project is to integrate LED display systems with GSM
technology. This can be useful in public places, hospitals, banks, etc to
update the information every time through mobile. The GSM attached with LED
display systems receives the user information and accordingly displays.
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The
intention of this project is to build a SMS text to voice as well Braille
language translator to assist to the blind people. The GSM modem attached to
the hardware receives the messages from remote mobile and then translates not
only into voice using loudspeaker but also into Braille language. This also
facilitates to send the messages to remote mobile by typing letter upon
Braille pad attached to this hardware.
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This
project implements a system which automatically controls the vehicle ignition
system as well as air conditioning system whenever user sends a message to
the control unit from mobile. This increases flexibility and facilitates to
turn AC earlier as compared with conventional turning ON process of Air
conditioning.
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In
this project, a robust and efficient method of conveying fault detection
information to the utility department is implemented using GSM technology.
Whenever fault takes place in transmission and distribution lines such as
falling of live conductor on ground, this system automatically stops the
power supply as well as generates the SMS and conveys it to the electricity
department.
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This project is
intended to assist the blind people by implementing stick based device which
can capable of navigating the person by GPS and voice modules. The location
information will be sent to the GSM module so that it can be conveyed to
remote person in order to track the blind people. This system also provides
obstacle detection on the path.
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The
main aim of this project is to avoid the theft of electricity or power by
using GSM technology. This system uses automatic meter reading equipment and
GSM module along with tactile sensor to address the power theft problem. When
this system detects the theft of power, it automatically generates the SMS
and sends it to the electricity department.
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This
project builds attendance system for schools and colleges using RFID and GSM
technologies. RFID reader collects the attendance and transmits it into the
microcontroller. Further this data is logged to the central computer and also
sends the message to the parents via GSM module.
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Main aim of this project is to build
a fully automated appliance control system for human convenience. One can
switch on/off any appliance s per requirement through single message.
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36.Biometric based security system
with GSM and security alert (finger print):
This project aims at security by
providing a finger print identification module which allows authorized person
to enter if any illegal person tries to enter the premises immediately a
message is sent to security person or some authorized person for safety.
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37. SMS based bank locker security system using GSM
technology:
Main concept behind this project is of a bank locker
latch opening using two passwords which are entered through SMS and keypad.
Each bank locker will have a GSM modem connected to it. When owner of the
bank locker wants to open the locker then he/she has to sends a password
through SMS. Then microcontroller connected to GSM modem reads the contents
of password. If contents are correct then it will enable the keypad to enter
second password. Now user has to enter second password using Keypad. If
second password is correct then system allows user to access locker. We have
provided a DC motor which will operate when both passwords are correct.
Buzzer will be turned on if any one of two password is wrong. Microcontroller
sends SMS to user for wrong password as well as for correct password. We have
also provided an Infrared sensor in this project. Infrared sensor will be
triggered when some person is standing in front of Locker. Then system will
send SMS to the owner. This is low warning message as, “Some person is
standing in front of your bank locker”. IR sensor will be turned off when
user send first password through SMS.
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RFID BASED PROJECTS:-
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1. RFID Security Access Control System:
RFID system is
used to authorize the tag holder to enter a secure area. It reads the data
present on the RFID tag and compares it with data present in the
microcontroller. If the data is matched, it displays the status of
authorizing the entry which is indicated with a lamp coupled with an LCD
display.
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2.
RFID
based Attendance System:
A RFID tag is
used along with the reader to input the details of the employee/ student for
tracking their attendance. When the RFID is swiped on the reader, the data of
the tag is compared with data in the microcontroller (interfaced to the
reader) to identify the user. An LCD is interfaced to the microcontroller to
display the name of the user. Additionally, a status button is used to
display the overall attendance of the user.
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3. RFID
based Passport Details:
This project
is designed to identify the passenger and display his/her passport details on
the display. Each user is allotted with a dedicated RFID tag. This RFID tag
when swiped over a reader, access the database on the microcontroller and
displays all the required details of that particular user.
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4. RFID
based Device Control and Authentication:
RFID device control system is designed to authorize the tag holder to
control a particular device. RFID reader reads the data present on the tag
and compares it with data present of the microcontroller. The data if matched
will result in accessing the particular device connected to the system. An
LCD is interfaced to the microcontroller to display the status of the device.
PIC16F8 series microcontroller is used in this project.
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5. RFID based toll plaza system:
This project explains the
working of a simple toll plaza system interfaced with RFID. Each user holds a
unique ID for his vehicle. When the user scans his tag while passing through
the plaza, a certain amount is deducted from his account. A user may also
recharge his account in case of insufficient balance. The project has been
developed by interfacing RFID with microcontroller. The relevant messages are also displayed on a 16x2LCD.
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5. RFID based paid
car parking:
RFID based car parking uses a
microcontroller along with sensing circuits monitoring entry and exit of
cars. The car owners are allowed an entry only when their RFID card is swiped
.The amount in the card automatically gets reduced with a display indication
besides indicating the available number of parking.An H-bridge arrangement
operates the entry and exit boom motors operating clockwise and anticlockwise
for opening and closing. A buzzer sound comes while the card is swiped.Upon
every entry of a car the parking availability gets reduced by one number
while every exit the number increases.
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6. RFID based door access control: The concept of access control is brought about using a card, a corresponding card reader and a control panel interfaced with the server. The card is a proximity card with a unique identification number integrated in it. The reader reads the data and sends it to the control panel, which is the micro controller. This controller checks the validity of the data with the server, which bears the database. The server is loaded with the details about the employee for that number.The control panel checks whether he/she is allowed to enter the particular door or not. If the employee is authentic, then he/she is allowed access in the particular entrance.The employees can be permitted in a given entrance as per his/her designation. The access control is employed at this point. When a person of a particular designation is not supposed to be allowed in a given entrance. |
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7. RFID based attendance system with
real time clock(RTC) with added electronic bell:
A RFID tag is used along with the reader to input the details of the
employee/ student for tracking their attendance. When the RFID is swiped on
the reader, the data of the tag is compared with data in the microcontroller
(interfaced to the reader) to identify the user. An LCD is interfaced to the
microcontroller to display the name of the user. Additionally, a status
button is used to display the overall attendance of the user. Also real time
clock has been included for keeping continuous record of start and end of any
lecture and electronic bell to indicate the start of lecture.
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8. RFID based library management
system: The project titled library management system is library management software for monitoring and controlling he transactions in the library. This project focuses on basic operations in library adding new number , new books and updating new information , searching books and members and facility to return and borrow books. |
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9. RFID based banking system: This project is very used to improve the security performance in the bank. In this project RFID card is used as bank pass book or ATM card. Now day’s some person makes the duplicate ATM card. But in this project RFID card is used for accessing the banking applications. So this project improves the security performance because we cannot make the duplicate RFID card. When the customer shows the RFID card in the reader, the reader will read the number and send to microcontroller. Then the customer has to press the personal identification number through key pad. The microcontroller received the card number from the reader compares the stored number if the card is valid the microcontroller transfers the card information to PC. Through PC we can access the banking application such as saving, withdraw, balance enquiry etc. |
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10. RFID based health care system:
RFID is one of the emerging technologies offering a solution, which can facilitate automating and streamlining safe and accurate patient identification, tracking, and processing important health related information in health care sector such as hospitals . Each RFID tag/wristband is identified by a Unique Identification Number (UIN) that can be programmed either automatically or manually and then password protected to ensure high security. RFID wristband can be issued to every patient at registration, and then it can be used to identify patients during the entire hospitalization period. It can also be used to store patient important data (such as name, patient ID, drug allergies, drugs that the patient is on today, blood group, and so on) in order to dynamically inform staff before critical. RFID encoded wristband data can be read through bed linens, while patients are sleeping without disturbing them [7]. RFID technology provides a method to transmit and receive data from a patient to health service provider/medical professionals without human intervention (i.e., wireless communication). It is an automated data-capture technology that can be used to identify, track, and store patient information electronically contained on RFID wristband (i.e., smart tag). |
11. RFID based
unmanned petrol pump:
The unmanned
petrol bunk system, as shown in the figure, is proposed to reduce human work
and develop an auto-guided mechanism and to implement the task sequentially
by using RFID technology. These systems are highly reliable and less
time-consuming devices. The
project is implementing as an RFID-based petrol bunk. Users use RFID card:
Petro Card with RFID tags including user verification codes. These cards can
be recharged at the recharge points. When a user swipes the card through the
RFID reader, it senses the amount entered by the user and delivers fuel to
the vehicle. Therefore, the amount will be deducted automatically from the
user card and the LCD display shows the amount and details of the user.
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13. RFID based person
tracking:
The technology
requires some extent of cooperation of an RFID reader and an RFID tag. An
RFID tag is an object that can be applied to or incorporated into a product,
animal, or person for the purpose of identification and tracking using radio
waves. Some tags can be read from several meters away and beyond the line of
sight of the reader.."Active" tags are capable of broadcasting
their data using their own battery power. In general, this means that the
read ranges are much greater for active tags than they are for passive tags—
perhaps a read range of 100 feet or more, versus 15 feet or less for most
passive tags.
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14. RFID based
intelligent books shelving system:
Searching and sorting misplaced books is a difficult
task often carried out by the library personnel. Quite often, librarians are
busy with searching misplaced books which are left in wrong locations by
library users. It is quite difficult and almost impractical to place back all
books to their assigned locations daily. To overcome this, radio frequency
identification (RFID) based Intelligent shelving system has been proposed to
provide an efficient mechanism of books management monitoring through
wireless communication between the RFID reader and the books. It is quite
essential for the proposed system to have a smooth motion for the RFID reader
during the shelving operation; otherwise acquired data will have no value due
to inconsistency in reading the tags. Consequently, in this paper, the
performance of RFID reader motion and tags data management such as retrieving
information, matching with database, sorting out the order and displaying the
status of books locations are discussed. A prototype consisting of monitoring
PC with embedded controller, two dc motors with drivers, RFID reader and
aluminum frame stick on rack have been developed. The performance of the
proposed system has been investigated and found to be satisfactory. And it
has a lot of potential applications, especially in its ability to alleviate
the intensive labors and efforts in shelving
books.
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15. RFID based
railway reservation:
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17. RFID based ration card:
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18. Medi-card for
patients:
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20. RFID based voting
machine:
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21. RFID based garage
door open:
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22. RFID based person
counter:
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23. RFID based animal
identification system:
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24. RFID based
prepaid card for canteen management system:
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25. RFID warehouse
robot:
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Wednesday, 14 September 2016
GSM and RFID BASED PROJECTS, contact for prices
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