PROJECTS LIST WITH ABSTRACT

1. A HAND HELD APPOINTMENT AND EVENT REMINDER USING EMBEDDED SYSTEMS

Cloud connected Embedded systems are a definite domain of interest in future

with embedded systems having more access to the huge web world easing life.

The proposed project tries to explore once such use case where in one could use a

low cost offline device in sync with the online information stored on it and

delivering the same service with a miniature prototype that is also portable. The

project work proposed aims to develop an offline device that could hold the

information of the google calendar as well as the appointments, meeting s...Etc as

well as provide a way to also sync up details whenever connected to the internet.

2. HEAD MOVEMENT BASED CONTROL OF WHEEL CHAIR

This system will have record of the patient’s critical information like body

temperature, blood pressure, heart beat rate. This data is very important in

emergency cases, when the doctor needs the recent medical history of patient, he

can get it from this system. A temperature sensor, heart beat rate sensor and

blood pressure monitor are placed on the wheel chair. These sensors record the

values every 8 hours and store it.

If any of these sensor values goes beyond the threshold, then it rings an alarm

which is also mounted on wheelchair, it sends message through GSM to family

members, doctor and also an ambulance.

3. Accelerometer controlled robot using android using IOIO The project work proposed aims to develop an integrated hardware and software to make a workable solution to control robot using android application and IOIO board.

4. Android controlled door lock system

Bluetooth technology can be very effectively used for authentication and

authorization purpose. Many levels of security are built into Bluetooth technology.

We can utilize all of that to provide different level of security to our vehicle. The

door lock control can be hard coded so that it responds to commands received

from a android phone.

5. Android controlled elevator using voice The external devices connected to the arduino board are controlled by android

application. Android phone uses built-in Bluetooth module for communication.

Arduino board uses Bluetooth dongle for wireless communication.

6. Android controlled elevator using GUI using ioio.

The project work proposed aims to develop an integrated hardware and software

to make a workable solution to control the lift module using android GUI and IOIO.

7. Android controlled hexapod robot

The project work proposed aims to develop an integrated hardware and software

to make a workable solution to control the hexapod robot in real time and camera

connected to hexapod robot will capture the images and display on the monitor

and using Android application running on the mobile phones. This project uses

Bluetooth as communication media.

8. Android controlled home automation with IOIO

Home automation is a field within building environment, specializing in the

specific automation requirements of private homes and in the application of

automation techniques for the comfort and security of its residents. This project

study focus on a remote interface to home appliances or the automation system

(such as light control, control of doors and window shutters, security and

surveillance systems, etc.)

9. Android controlled robot using WIFI

The project work proposed aims to develop an integrated hardware and software

to make a workable solution to control the robot in real time using Android

application running on the mobile phones. This project uses wifi as communication

media.

10. Android controlled robot

The project work proposed aims to develop an integrated hardware and software

to make a workable solution to control the robot in real time and reflect the sensor

readings on the Android application running on the mobile phones.

11. Android controlled walking robot The project work proposed aims to develop an integrated hardware and software

to make a workable solution to control the walking robot using android phones.

Android uses Bluetooth as communication media.

12. Android sensor logger The project work proposed aims to develop an integrated hardware and software

to reflect the sensor readings on the Android application running on the mobile

phones. A person wants to display sensor values on android application using

Bluetooth.

13. ANTI LOGGING OF TREES USING RADIO FREQUENCY AND VIBRATION SENSOR FOR DETECTION AND INTIMATION

Anti-logging of trees is an act wherein the trees has been cut for personal and

commercial uses. This project mainly aims to prevent this act by using radio

frequency technique and vibration sensor. In this project the trees are provided

with a unique ID and are inserted with a box that contains a microcontroller

which is connected with a vibration sensor, alarm, RF transmitter and a battery.

So whenever there is a vibration happening on the tree the vibration sensor

detects it and turns the alarm by sending the unique tree id using the RF

transmitter. At the receiver side again there will be a microcontroller which will be

connected to RF receiver and a LCD. The receiver receives the unique ID of the tree

from transmitter and displays it on LCD.

14. ATM CARD SECURITY SYSTEM When the RFID ATM card is brought into the vicinity of the ATM center, the reader

reads the account number and details of card holder. Then this information is sent

into the microcontroller which finally reaches the computer. Here details are

checked for genuineness and a message is sent to the card holder whether to

proceed the transaction or not. This is done with the help of hyper terminal which

is present in windows operating system. In real- time it can also be replaced by

GSM technology.

15. AUTOMATED SURVILLANCE ROBOT WITH ARTIFICIAL

INTELIGENCE USING INFRARED, ULTRASONIC AND GAS

DETECTOR

This project study focus on automated surveillance of supervision with artificial

intelligence solutions that improve productivity, enhance comfort and ensure

safety and security in the industrial premises by continuously capturing physical

conditions and detecting the leakage of gas in the surrounding environment. The

theme is achieved through wireless camera adoption technique for the

surveillance robot and sending it across the base station and a sensor which

continuously detects leakage of gas within the surroundings and alerting the base

station. The robot is also designed to getdetect with any obstacle and measuring

the distance between the obstacles in the moving path to operate in the

undamaged condition.

16. AUTOMATIC MEETING ROOM STATUS INDICATOR USING PYTHON AND ARDUINO

If the squatters are just using the whiteboard, it's easy to boot them out, but if

they're taking a phone call, the people who actually reserved the room have

to find a new one. The ability to do ad-hoc meetings is something we want

to keep. We just want to help room-grabbers know when it is OK to grab

and when it isn't.The project work takes these problems faced as an objective and

proposed as part of this work is a solution that solves theseissues by making use of

an open-source system of hardware and software that helps facilitate informed

ad-hoc reservations.

17. AUTOMATIC SYSTEM ADMINISTRATION USING ARDUINO

One of the most noticed application where into get aware of actively running

physical device as well as remote access to the physical devices. The project work

takes this problem faced as an objective and proposed as part of this work as a

solution that solves these issues by implementing the proof of concept to the

physical devices like lights, computers etc,which is connected through

networks.These networking concepts that can help the development of such a

system as well as the implementation of the system is achieved using inexpensive

open source hardware comprising of relay units, microcontrollers as well as

network hardware

18. Black box for Automobiles

In this project we will design and implement a system for to store data of the

vehicle in fixed duration which will helps in investigation when accident occurred.

The data like speed of vehicle, location, time and some sensor like pressure sensor

will be saved. For storage pure will be using SD card. Also for checking rash driving

we will be using a maxbotix for measuring the distance between the opposite

vehicle.

19. BUS IDENTIFICATION FOR BLIND PEOPLE THROUGH RADIO FREQUENCY IDENTIFICATION TECHNOLOGY

Here each bus contains an RFID tag affixed to it which contains information

regarding bus number , its route of travel, destination and its details. It is

required that the individual will carry a RFID reader usually attached to the stick

used by the blind people for reading information from the RFID tags. Whenever a

bus comes to the bus stop its RFID tag will be read by the RFID reader and the

obtained data is transferred to the wave shield, which produces a voice output

assisting the blind people.

20. DATA AQUESITION AND INDUSTRIAL AUTOMATION THROUGH VARIOUS TECHNIQUES THROUGH SMART SYSTEMS

Data acquisition is a method where in the data is acquired from the devices and

further the data is processed according to our needs. In this project the data is

acquired from sensors such as temperature sensor, pressure sensor, IR sensor etc

and the data will be sent to the PC for processing using xbee/RF module. This data

can be logged and using this different industrial aspects such as temperature,

humidity etc can be continuously monitored.

21. DATA LOGGING OF VARIOUS SENSORS AND DEVICES USING SMART FOSS SYSTEMS WITH THE HELP OF GSM OR FLASH BLUETOOTH COMMUNICATION

This Technology is used for information and communication-technology in

Industrial, Home and Offices etc. This technology may be used for monitoring,

switching on and off the components, according to the programmed criteria. You

can control all these by just running an application in FOSS system. GSM is the

mode of communication between the hardware and you.

22. Design and development of MCU based electronic Queue control system

The aim of the designed systems is to maintain a queue with order and efficiency.

Two different queue control systems have been implemented with slightly

different features. In EQC system-I, a general display has been used for displaying

token number and service counter number whereas in EQC system-2, each token

number has been displayed individually in each service counter with separate

displays. In the both systems, each customer has to collect a token and then will

be served whenever the token number is displayed.

23. Design of a wireless medical monitoring system This Project provides the design of a Medical Monitoring Terminal use MCU and

based on Zigbee technology. The Monitoring Terminal can detect the patient’s

real-time body temperature, heart rate and other physiological information’s, and

transmit them to the control center.

24. Design Of Low Power And High Speed Configurable Booth Multiplier

A configurable multiplier optimized for low power and high speed operations and

which can be configured either for single 16-bit multiplication operation, single 8-

bit multiplication or twin parallel 8-bit multiplication is designed. The output

product can be truncated to further decrease power consumption and increase

speed by sacrificing a bit of output precision.

25. Destination Finding Robot using android The project work proposed aims to develop an integrated hardware and software

to make a workable solution to control the robot in real time. The GPS Module

attached to the robot, gives the longitude and latitude values of the robot

location. Robot uses this value to reach its destination point. First the user sets the

destination point using android Google map. User can select any place by touching

android map screen. Then android application will send that place’s longitude and

latitude values through mobile network.

26. DEVICE EXECUTION USING SMART ANDROID SYSTEMS WITH THE HELP OF GLOBAL SYSTEM FOR MOBILE COMMUNICATION

This Technology is used for information and communication -technology in

Industrial, Home and Offices. This technology may be used for monitoring,

switching on and off the components, according to the programmed Criteria. You

can control all these by just running an application in your Android based phone.

GSM is the mode of communication between the hardware and you.

27. DIGITAL OSCILLOSCOPE USING BEAGLEBOARD AND ARDUINO

Here we are using Angstrom OS (Linux flavour) with Qt platform on Beagleboard-

xM to receive the data from ATMEGA328 controller and plot them on the graph

using Qwt and Qextserialport library. The graph mainly includes time plot, start

and stop peak, average and mean value of the signal.

28. FACE DETECTION USING OPEN CV ON BEAGLE BOARD

Face detection is an application for automatically identifying a person from digital

image or video frame from video source using webcam connected to Beagleboard

having Angstrom OS. And it is typically used in security systems. In this project

OpenCV play an important role which contains Haar-like features.Haar-like

features have scalar values that represent differences in average intensities

between two rectangular regions. They capture the intensity gradient at different

locations, spatial frequencies and directions by changing the position, size, shape

and arrangement of rectangular regions exhaustively according to the base

resolution of the detector.

29. Fighting robot

This robot is radio operated; self powered, has image processing facility and has

all the controls like a normal car. A pair of laser gun has been installed on it, so

that it can fire on enemy remotely when required; this is not possible until a

wireless camera is installed. Wireless camera will send real time video and audio

signals which could be seen on a remote monitor and action can be taken

accordingly. It can silently enter into enemy area and send us all the information

through its tiny Camera eyes. It is designed for, fighting as well as suicide attack.It

will be used as a fighting robot with hidden inside the building.

30. GESTURE CONTROL OF ROBO ARM USING ACCELEROMETER FOR INDUSTRIAL AUTOMATION

The new gesture technology is taking one step further away from mice and

joysticks to something that arrives without batteries, wires allowing the user to

control the physical device. This project aims to design an accelerometer based

system to control an industrial robotic arm using two low cost and small 3-axis

wireless accelerometers. These accelerometers are attached to the human arms,

capturing its behavior (gestures) and allows in controlling robot in an intuitive

way.

31. GSM based Patient monitoring system Patient monitoring systems consists of a heartbeat sensor that measures the

heartbeats of the human body and the temperature sensor that measures the

body temperature, the sensors measured value is compared with the normal

readings. If there is a variation in the readings will be resulted as an alert to the

doctor through text messages using GSM network.

32. Home automation system with embedded TCPIP interface for world wide access

This Project presents a novel approach to control devices with embedded web

servers over the Internet and to form device networks such that their components

can make use of one another’s services and functions while improving the user

interfaces. The main benefits of this approach include its lightweight design,

automatic configuration, and, utilization of widely available and tested network

protocols of TCP/IP and HTTP.

33. INTERNET TV USING BEAGLEBOARD

Here we are using Ubuntu OS (Linux flavour) with Python on Beagleboard-xM to

download or watch videos from many popular Flash based sites using an external

player or built-in VLC. And also selecting different channels by remote using

ATMega328 Microcontroller.

34. IN-VEHICLE SYSTEM FOR CAR USING BEAGLEBOARD

The amount of diagnostic information available from this type of systems like real-

time powertrain information (engine, speed), real-time sensor data (temperatures,

pressures, and voltages), running distance and time etc. This can be achieved

using micro controller and information is displayed on display device using

BeagleBoard-xM.

35. Library management through RFID

RFID based Library Management (LM) would allow fast transaction flow for the

library and will prove immediate and long term benefits to library in traceability

and security. The proposed system is based on UHF RFID readers, supported with

antennas at gate and transaction sections, and library cards containing RFID-

transponders which are able to electronically store information that can be read /

written even without the physical contact with the help of radio medium. This

project presents the experiments conducted to set up LM through RFID.

36. LPG gas alarm system for home

This Project is designed to detect the LPG Gas Leakages and to alerts the users

through Audio-Visual Indications. Whenever there is LPG concentration is more in

the surrounding area the system will alert. A buzzer is connected to produce

audible alert signal. This LPG Gas Sensor can be used to make wireless Gas leak

detector in home security system .The LPG Gas Sensor Module is designed to

enable LPG detection interface to Microcontroller without ADC Channels.

37. MEDICAL RECORD MAINTENANCE USING BEAGLEBOARD

Here we are using Angstrom OS on BeagleBoard-xM to maintain medical records

using MySQL database. In database we enter all medical test reports and also

patient voice, so the system having v-robot module which recognizes voice of the

patient matches with database record and that patient record displayed on

monitor.

38. Navigation robot using android

The project work proposed aims to develop an integrated hardware and software

to make a workable solution to control the robot in real time. The GPS Module

attached to the robot, gives the longitude and latitude values of the robot

location. Robot uses this value to reach its destination point. First the user sets the

destination point using android Google location server. Then android application

will send that place’s longitude and latitude values through mobile network.

39. PASSWORD BASED DOOR FOR SECURITY AT OFFICE FOR RESTRICTION OF UNAUTHORIED PERSON THROUGH GSM

The main idea is to provide security for every home or offices by implementing

security system for doors using microcontroller. This project uses automated

password system for opening and closing door. Microcontroller takes password

inputs form keypad and sending this data to a GSM modem through serial port.

This module also turns on buzzer if 3 wrong passwords are entered consequently.

A RTC is a computer clock that keeps track of the current time.

40. PATIENT MONITORING SYSTEM AND ANALYSIS USING MATLAB

This project describes the design of an embedded system for the control of

Temperature & Light intensity with continuous monitoring in a single system using

sensors, microcontroller and LCD. It describes the controlling action incorporated

in the hardware to control any device connected when specific conditions are met.

This system analyses physical changes in body movement of the patient using

MATLAB and gives warning in form of alarm and display on the LCD. It also passes

a sms to a person sitting at the distant place if there exists any movement in

anybody part of the patient.

41. PIR based energy conservation system for corporate computers and lighting system

PIR sensor is a motion detector which detects the heat (infrared) emitted naturally

by humans and animals. When a person in the field of vision of the sensor moves,

the sensor detects a sudden change in infrared energy and the sensor is activated.

42. Ramp controlled light

Though LED light-bulb replacements are increasingly common, there is still room

for the enterprising hobbyist building high-quality LED lighting systems based on

discrete components. The planned project tries to look at a use case to build a

“Ramp controlled light” where intensity of the lighting system is controlled by the

pressure applied on the ramping stage.

43. RFID ACCESS CONTROL & SECURITY WEBCAM WITH VOICE ACKNOWLEDGEMENT

This project presents a distinct application of Speech recognition. It is indistinct

application of speaker and speech recognition. This enables a low cost recognition

system with digital communication concept which reduces computation

complexity. The proposed method can detect the human easily and quickly

compared with the other methods. The proposed method is just the plan of action

used to recognize person on basis of speech The human vocal sound is in the range

of 30-1100Hz which a low audio frequency, so for this we require a passive

transducer (passive RFID System) which give each voice frequency a tag which is

responsible for human recognition.

44. Robot control using Touch screen panel In the world of fire fighting, any time fire fighter has to enter a burning building,

that person puts their life in danger. One solution to limit these occurrences is to

develop fire fighting robots which can exist in the home and within minutes

extinguish the threat. Another possible application is to use these robots in

situations where it may not be safe to send a person in to extinguish the flame.

45. Servo motor controlled wireless video camera control system

A servomotor consists of a DC motor with a series of gears attached to it. An

internal potentiometer is used with feedback to control the movement of the

motor. Normally, the output shaft is limited to 180° of rotation, but it is possible to

modify a servomotor so that continuous rotation is obtained. A servomotor is

controlled with pulse-width-modulated (PWM) signal. The wireless camera placed

on top of the servo transmits the surrounding video and we can see on monitor.

46. SMS based home automation

This project mainly focuses on the controlling of home appliances remotely when

the user is away from the place. The system is SMS based and uses wireless

technology to revolutionize the standards of living. This system provides ideal

solution to the problems faced by home owners in daily life. The system is wireless

therefore more adaptable and cost-effective.

47. SPEEDOMETER USING ACCELEROMETER AND GPS Electronic, is measuring the speed of the work on the basis of sensors placed in the

vehicle drive shaft that turns the shaft for detecting the amount of data

subsequently transmitted to the speedometer to the principle of Eddy currents

that move the needle speed or show the speed digitally. GPS, accelerometers are

devices that use changes in the earth coordinate position data obtained from GPS

satellites are processed by the processor to speed information. GPS and

accelerometers are connected to micro controller which displays speed

information on LCD.

48. Temperature based fan control

DC Motors are widely used for motion control in manufacturing industries. Motion

of DC motor is controlled using DC Drive. DC drive changes the speed and direction

of a motor. Many of the DC drives provides programmable facilities means to

program the motion of motor. Here we are using a temperature sensor to control

the dc motor with the use of micro controller.

49. ULTRASONIC BASED WALKING STICK FOR BLIND PEOPLE BY MEASURING THE DISTANCE AND INTIMATION THROUGH VOICE OUTPUT.

In this project, a commercially available ultrasonic sensor, the Sonar Switch 1700

was used to expand the environmental detection range of blind individuals. This

sensor has a DC voltage output proportional to distance measured and an internal

solid state switch. The DC voltage changes inversely with respect to changes in

object distance. By using a monolithic voltage-to-frequency (V/F) converter, the

DC voltage from the sensor is converted into an AC frequency that produces an

audible frequency of chirps in two small headphones. The larger the DC voltage

input into the V/F converter, the higher the frequency of chirps output. The result

is a system that produces a varying frequency of chirps that is inversely

proportional to the distance measured. The sensor is mounted on a lightweight

helmet allowing the user to obtain a reading in whichever direction their head

points.

50. UNIQUE VOICE BASED ROBOT WITH SURVILLANCE SYSTEM, FOR INDUSTRIES AND COMMERCIAL GROUNDS

The project design has an additional factor of voice based controlling for the

industrial appliances. The robot moves accordingly with respect to the voice input

given by the user and where ever that vehicle goes, it continuously transmits the

related information of the environment like temperature, images to base station.

51. Vehicle emission quality test

Vehicle emission quality test measures and displays the percentage of carbon

monoxide in the smoke, Emitted by vehicle we will make use of MQ7 for measure

the percentage of carbon monoxide in the smoke, 16x2 LCD for displaying.

52. Vehicle lock and ignition control using android

Bluetooth technology can be very effectively used for authentication and

authorization purpose. Many levels of security are built into Bluetooth technology.

We can utilize all of that to provide different level of security to our vehicle. The

vehicle lock and ignition control can be hard coded so that it responds to

commands received from a android phone.

53. VIDEO STREAMING OVER THE NETWORK WITH BEAGLEBOARD

Here we are using Angstrom OS (Linux flavour) with OpenCV library on

BeagleBoard-xM to develop an application to stream OpenCV videos over TCP/IP

network. The system follows the client-server model. The computer that has the

video input acts as the server. It waits for a client to connect and stream the

videos once the connection has established. Here the server only accepts one client

at a time. With this system, you can have your webcam attached on a computer,

and your video processing program resides on different computer.

54. Voice based door lock system using android using ioio

The project work proposed aims to develop an integrated hardware and software

to make a workable solution to control lock system using human voice commands.

A person wants to control Robot using android application.

55. Voice controlled elevator

The planned project develops a new functional voice activated elevator control

which can work smoothly in a variety of situations. A command input device to be

used in a voice controllable elevator system, capable of enabling a user to perform

a command input in voice more easily and accurately. The device includes a sensor

where our system was possible to move between floors with a current floor

indication on the display unit

56. YAHOO WEATHER INDICATOR THROUGH LED PANELS

This project also geared in one such direction where in fetching the weather data

on any region in the earth is done by yahoo and the embedded system designed

just fetches them to control the sprinkler for watering the lawns based on the

weather condition and to display the forecasted conditions in the LED matrix.

57. ADVANCE TECHNOLOGY FOR TICKETING & BILLING SYSTEM USING SMART CARD

In this project the present billing and ticketing system was eliminated completely

and a new advanced technology for billing and ticketing system was introduced

for embedded applications which overcome the drawbacks in present billing and

ticketing system. If this system comes in our day to day life it will be useful for

both the Government and the public. The present practice of electricity billing is

manual method only. With this, the total billing is a time consuming process. This

technology can be used in car parking, bus ticketing etc.

IEEE PROJECTS WITH ABSTRACT

58. Voice operated intelligent elevator This project better suits for all, mainly for physically challenged people. To move

from one floor to another we generally use staircase or elevators which is

normally Operated by using switches. The main purpose of designing this project

is to operate the elevator by using voice commands.

59. A Smart System for Garden Watering using Wireless Sensor Networks

In this paper, we present a WSN based, smart home-irrigation system that consists

of heterogeneous motes, spe-cial sensors and actuators. The system is fully

adaptive notonly to environmental conditions but also to the speci_c wa-ter needs

that di_erent plants may have. This way, it man-ages to perform e_cient home

irrigation, while it providesan IPv6-capable managing system.

60. Real Time Vehicle Tracking System using GSM and GPS Technology- An Anti-theft Tracking System

This paper proposed to design a vehicle tracking system that works using GPS and

GSMtechnology, which would be the cheapest source of vehicle tracking and it

would work as anti-theft system. It is anembedded system which is used for

tracking and positioning of any vehicle by using Global Positioning System (GPS)

andGlobal system for mobile communication (GSM). This design will continuously

monitor a moving Vehicle and report thestatus of the Vehicle on demand. For

doing so an AT89C51 microcontroller is interfaced serially to a GSM Modem

andGPS Receiver. A GSM modem is used to send the position (Latitude and

Longitude) of the vehicle from a remote place.

61. Time Operated Solar Tracking System

The objective of this project is to control the position of a solar panel in

accordance with the motion of sun. Brief Methodology: This project is designed

with solar panels, RTC, Microcontroller, Stepper Motor and its driving circuit. In

this project RTC is used to find or the location of Sun. It’s a open loop system.

62. Street Light Controller

Automatic Streetlight needs no manual operation for switching ON and OFF when

there is need of light. It detects itself weather there is need for light or not. When

darkness rises to a certain value then automatically streetlight is switched ON and

when there is other source of light i.e. day time, the street light gets OFF.

63. RADIO FREQUENCY CONTROLLED INTELLIGENT ROBOT

This robot is radio operated; self powered, has image processing facility and has

all the controls like a normal car. It can silently enter into enemy area and send us

all the information through its tiny Camera eyes. It is designed for, fighting as well

as suicide attack.

64. SMOKE ALERT SYSTEM FOR INDUSTRIES

This project “SMOKE ALERT SYSTEM FOR INDUSTRIES” is used to monitor the

Temperature of two Rooms and if the sensor found any fire in the Room then the

alarm will be switched ON and water pump will be turned on until the Fire is put

off else the Reset button is pressed

65. RFID ACCESS CONTROL SYSTEM AND SECURITY WEBCAM WITH VOICE ACKNOWLEDGEMENT

The main aim of this project is power security for companies or Lab. In this project

we are using RFID. In order to organize or control different access systems by

person or items, this application should provide accurate security. So RFID is used

to provide security by embedding access control in ID cards. These cards are used

monitoring attendance and also prevent authorizing access.

66. MOTION DETECTION ENHANCED WITH ALGORITHMS IN WIRELESS SURVEILANCE SYSTEM

The paper contains remedies of restraints of wireless surveillance system. I am

going to use Passive Infra Red (PIR) sensor for motion detection. The development

in the communication systems and the networking has given rise to the wireless

networks. Besides all the comforts of the life wireless networks poses serious

security threats. The main reason is the signals are spread in the air and it is

convenient for the hackers to catch wireless signals. Wireless networks require

very tight security so that the unauthorized users cannot exploit the information.

67. GSM BASED INTELLIGENT WIRELESS MOBILE PATIENT MONITORING SYSTEM USING ZIGBEE COMMUNICATION

Miniaturization of biomedical sensors helped the fast development and

popularization of information processing and wireless data transmission

technology, the research of wireless Medical Monitoring System has became a hot

topic. By utilizing the wireless technique to transmit information between medical

sensor and monitoring control center, the free space of patients is enlarged, and

the efficiency of the modern management of hospitals is improved.

68. GSM BASED REMOTE PATIENT MONITORING SYSTEM

The aim of this project IS to study & demonstrate different solution alternatives to

the remote patient monitoring system so that these solution alternatives take into

account the usability and availability of services. A further aim is to demonstrate

the remote use of patient monitoring system using VLSI technique and to present

new alternative user interfaces to the doctors.

69. Evaluating a Dancer’s Performance using Kinect-based

In this work, we describe a novel system that automatically evaluates dance

performances against a gold-standard performance and provides visual feedback

to the performer in a 3D virtual environment. In this paper, we study some of the

technical issues that would need to be addressed in this challenging scenario. In

particular, we target the problem of real-time automatic alignment, evaluation

and feedback of dance performances.

70. Embedded Control System for LPG Leak Detection and Prevention

The design of a wireless LPG leakage monitoring system is proposed for home

safety. The system detects the leakage of the LPG and alerts the consumer about

the leak and as an emergency measure the system will switch on the exhaust fan

and also checks the leakage.

71. SMS BASED WATER-LEVEL MONITORING SYSTEM

This project is an early warning device which monitors the flood water level of

rivers and other bodies of water particularly during typhoons and unusual heavy

downpours. At critical water levels, it sends via Short Messaging Service (SMS)

information to concerned persons or government agencies who in turn will sound

the alarm.

72. Intelligent Control of the Lift Model The paper provides the analysis of the lift model controlled by voice and sensor

control panel. The model is constructed by using average powered controller, it

has voice recognition, programmable terminal and logical lift program, which

connect them all. Presented system could be used in the smart house projects and,

especially for disabled people.

73. An Internet Based Wireless Home Automation system for multifunctional devices

The aim of home automation is to control home devices from a central control

point. In this paper, we present the design and implementation of a low cost but

yet flexible and secure internet based home automation system. The

communication between the devices is wireless. The protocol between the units in

the design is enhanced to be suitable for most of the appliances. The system is

designed to be low cost and flexible with the increasing variety of devices to be

controlled .

74. A Design & Implementation of Collision Avoidance System (CAS) for Automobiles using Embedded System

In this dissertation, advanced ideas such as pre-crash sensing, ultrasonic sensor is

used to sense the object in front of the vehicle and gives the signal to the micro

controller unit. Based on the signal received from the ultrasonic sensor, the micro

controller unit sends a signal to the braking unit for applying the brake

automatically as per braking & throttle control logic fed in to the micro controller

unit. To avoid the collision between the vehicles during the period of running

conditions and automatically applying the brake by means of actuators, Distance

measuring sensors & Electronic control module.

75. ACCESS CONTROL SYSTEM USING I-BUTTON.(1-WIRE PROTOCOL).

An access control system forms a vital link in a security chain. The microcontroller

based digital lock presented here is an access control system that allows only

authorized persons to access a restricted area. The system comprises of two

modules where we use small electronic unit, which is fixed outside the entry door

to control a lock and the LCD display to set the password. The other module

contains I2C EEPROM. LCD display is used to for viewing the numeric numbers

while displaying it in order to avoid the mistakes while setting up the password.

And it displays the employee code.

76. Automatised Toll Gate System Using Passive RFID Automatised toll gate system using passive Radio Frequency Identification

emerges as a converging technology where time and efficiency are the matter of

priority in toll collection systems of present day. In order to overcome the major

issue of collision, in our project the reader is placed in a strip which is laid beneath

the lane, and the tag is placed in the front side of the number plate. The object

detection sensor which is placed on the side of the road detects the approach of

the oncoming vehicle and intimates the stepper motor to raise the strip. Thus the

reader raises to ground level and reads the information in the tag and

the transaction takes place through a centralized database and the aftermath

details of the transaction is intimated to the user’s mobile through GSM

technology.

77. GSM based e-Notice Board: Wireless Communication

In this technical paper explains how a reliable and an authentic wireless

communication could be easily developed between a mobile phone and

microcontroller using GSM (Global System for Mobile Communication) MODEM

(Modulator-Demodulator). This technical paper plays a vital role in the state-of-

the-art scenario where market window is relentlessly shrinking and really need

pocket-friendly and authentic products.

78. Design of a multichannel temperature data logger with SD card storage

This article describes the design of a microcontroller-based multichannel

temperature data logger device with real-time clock chip and an SD card for the

storage of very large amount of data. One of the nice features of the device is that

it is based on the 1-Wire bus where a large number of temperature sensors can all

be connected on the same bus.

A battery-operated RTC chip keeps the real-time clock information

and the temperature is written on the SD card with real-time clock stamp.

79. Intelligent traffic lights based on RFID Traffic management is the critical issue of the road. Traffic lights play an

important role in the traffic management. The existing traffic lights follow the

predetermined sequence. So these lights are called static traffic lights. These

traffic lights are not capable to count the number of vehicles and the priority of

the vehicles on intersection point. As a result some vehicles have to wait even

there is no traffic on the other side. The vehicles like Ambulance and Fire Brigade

are also stuck in traffic and waste their valuable time. The proposed system

provides quality of service to Emergency vehicles and improves the accuracy of

Automatic Traffic Light Violation Detection system as well as helps to trace out the

stolen vehicles using RFID.

80. Accelerometer control of an industrial robotic arm

In this paper is proposed an accelerometer-based system to control an industrial

robot using two low-cost and small 3-axis wireless accelerometers. These

accelerometers are attached to the human arms, capturing its behavior (gestures

and postures). An Artificial Neural Network (ANN) trained with a back-

propagation algorithm was used to recognize arm gestures and postures, which

then will be used as input in the control of the robot. The aim is that the robot

starts the movement almost at the same time as the user starts to perform a

gesture or posture (low response time). The results show that the system allows

the control of an industrial robot in an intuitive way.

81. Design of solar tracker system for PV power plants

This paper deals with the design and execution of a solar tracker system dedicated

to the PV conversion panels. The proposed single axis solar tracker device ensures

the optimization of the conversion of solar energy into electricity by properly

orienting the PV panel in accordance with the real position of the sun. The

operation of the experimental model of the device is based on a DC motor

intelligently controlled by a dedicated drive unit that moves a mini PV panel

according to the signals received from two simple but efficient light sensors. The

performance and characteristics of the solar tracker are experimentally analyzed.

82. GSM Bluetooth based remote monitoring and control system with automatic light control

This paper gives a review of these systems based on existing technologies and

also proposes a GSM-Bluetooth based light controller and remote monitoring

system. This system has simple features designed with the objective of minimum

power consumption using infrared sensor for controlling lights, fans and other

appliances which are controlled via SMS using a GSM module.

83. Communication between mobile robot and PC controller based on X-BEE network

Mobile robots using Zigbee protocol for the purpose of navigation using personal

computer, implemented with wireless vision system for remote monitoring and

control. Its main feature is its use of the Zigbee protocol as the communication

medium between the mobile robot and the PC controller. The system provides

continuous visual monitoring through the small camera attached to the mobile

robot, sending data to the control unit when necessary.

84. Adaptive traffic signal control system using camera

sensor and embedded system

Adaptive traffic signal control system is needed to avoid traffic congestion that

has many disadvantages. This paper presents an adaptive traffic signal control

system using camera as an input sensor that providing real-time traffic data.

Principal Component Analysis (PCA) is used to analyze and to classify object on

video frame for detecting vehicles. Distributed Constraint Satisfaction Problem

(DCSP) method determine the duration of each traffic signal, based on counted

number of vehicles at each lane. The system is implemented in embedded systems

using Beagle Board