EEE MATLAB PROJECTS LIST

1. Simulation of PID controllers with Neural Networks.
2. Simulation of Transformer with short circuit and RL load termination.
3. Simulation of different Bracking Methods of DC Machine.
4. Analysis of sub synchronous resonance in a power system.
5. Simulation of power system stabilizers.
6. Modeling Flexible Bodies in Sim-Mechanics.
7. Skyhook Surface Sliding Mode Control on Semi-Active Vehicle.
8. Electronic AC voltage Regulator.
9. Single Phase Active Power Filter (for High Voltage DC Power Supply).
10. Stewart Platform Mechanical System.
11. Modeling of a PWM VSI induction motor drive.
12. Simulation of PID controllers with Neural Networks.
13. Emergency System in Power Substation.
14. GUI for fuzzy based Washing Machine.
15. Torque of Electromagnetic Torque motor by using MATLAB Simulink.
16. System Identification of a synchronous wind turbine system using a modified MlMO ARX structure.
17. Fuzzy Controller of Semi-active control for 1by4 Suspension System.
18. Semi-active Control of Skyhook for 1by4 Suspension System.
19. Tolerance Analysis of Electronic Circuits Using MATLAB.
20. PSO solution to Economic dispatch with Multiple fuel Options.
21. Structural Vibration Control System.
22. General Purposes Linear and Non Linear Fuzzy Logic Controller.
23. Armature and Field Control of DC Motor.
24. Hydraulic-Electric (EMB) Hybrid Vehicle.
25. An algorithm for radial distribution power flow in Complex mode including voltage controlled buses.
26. Optimal Power flow by Genetic Algorithm.
27. Analysis of suspension system using MATLAB, SIMULINK and Simscape.
28. Steam Condenser Model and PI Control.
29. Tune PID controller with your hand.
30. Selective Harmonic Elimination Based PWM for 3-Phase.
31. Simulation of the SPWM.
32. Implementation of Delta Sigma Modulator – Simulink.
33. Torque of electro magnetic torque motor.
34. Sinusoidal PWM for Three Phase Inverter.
35. Rotatory Gantry Simulation.
36. Design and analysis of zero voltage switching DC-DC.
37. Multi-Input Inverter for Grid-Connected Hybrid PV/Wind Power System.
38. Application of Synchronous Static Series Compensator (SSSC) on Enhancement of Voltage.
39. Sensorless Model of Permanent Magnet Synchronous Motor.

ECE MATLAB PROJECTS (Image Processing)

1. Finger Print Authentication.
2. Image Reconstruction by using MATLAB.
3. DCT Based Image Water Marking.
4. Image compression using Wavelets.
5. Facial Recognization by using MATLAB.
6. Face Detection System by using MATLAB.
7. Image Segmentation using MATLAB.
8. CANOPY Image Analysis by using MATLAB.
9. Vehicle Traffic Pattern at an Inter section by using Simulink Events.
10. Vehicle Number plate Recognization.
11. Tank level Controller.
12. Analysis of AWGN channel by using Adaptive Equalizer.
13. Image Recognization to Deforms using MATLAB.
14. Performance Analysis of Channel Estimation and Adaptive Equalization in slow fading Channel.

15. Image Compression with Neural Network using MATLAB.
16. Image Mosaicing using MATLAB.
17. Finger Print Recognization System.
18. LSB Steganography Using MATLAB Simulation.
19. Fourier-Mellin based Image Registration (with GUI) using MATLAB Simulation.

20. Local Adaptive Thresholding.
21. rigid and non rigid image registration using sumulink.
22. Image masking Recognization.
23. Character Recognition Using Neural Networks.
24. One-To-One Face Matching.
25. Development of Medical Image Compression.
26. Iris Recognition System.
27. webcam based facial recognition.
28. Facial Expression Recognition.
29. Facial Recognition System Based on Eigen Faces.
30. Shape Recognition.
31. Mosaic random-images.
32. High Performance Face Recognition Based on Wavelet and Neural Networks.
33. High Speed Face Recognition Based on Discrete Cosine Transforms and Neural Networks.

34. Cheque Number Reader.
35. Reverseble Data Hiding Based Histogram Modification of Pixel Difference.

ECE MATLAB PROJECTS (DSP)

Signal Processing

1. Implementation of GMSK in Radio Communication Using MATLAB.
2. Preprocessing of Speech signal using LPC and Enhancing using wiener filter.
3. Automatic Speaker Recognition System by using MATLAB.
4. Acoustic Echo Cancellation in Hand-free Communication System.
5. Noise Reduction by using Adaptive Filters.
6. Channel Estimation and Detection based on DS-CDMA.
7. Speech Compression Using Wavelets.
8. DS-CDMA in Wireless Handset Communication Using MATLAB.
9. Cellular Traffic Calculation.
10. Implementation of Speech Enhancement using Wiener Filter.
11. LDPC Decoder and BER using MATLAB Simulation.
12. Audio Watermarking using MATLAB.
13. Radar System Design by using MATLAB Simulation.
14. Adaptive Filtering(Adaptive Channel Equalization & Channel Enhancement & Noise Cancellation).
15. Adaptive Time Frequency Analysis by using MATLAB.

15. Speaker Independent Digit Recognition System using MATLAB.
16. Design of Speaker Recognization System.
17. Speaker ID Identification using MATLAB.
18. Binary Step Size based LMS Algorithm Developed by using MATLAB.
19. Speech coding Implemented by using Sub-Band Coders.
20. Synthetic Aperture Radar Signal Processing with MATLAB Algorithms.
21. LPC (Linear Predictive Coding) VOCODER Simulated using MATLAB.
22. Digital Communication Implemented by using MATLAB Simulation.
23. Voice Audio Processing by using MATLAB.
24. Removal of noise from Ecg Signal using MATLAB Simulation.

26. Channel coding Developed using Hamming Code Techniques by Using MATLAB Simulation .

27. Smart Antenna System for Mobile Communication using MATLAB.
28. Modern Communication System Implementation using MATLAB.
29. To find Signal Short-time Energy and Zero-crossing MATLAB Simulation.
30. Adaptive Equalizers and Smart Antenna Systems using MATLAB Simulation.
31. Synthetic Aperture Radar Signal Processing with MATLAB Algorithm.
32. RF Design and Analysis using MATLAB Simulation.
33. Frequency Hopping Spread Spectrum, Direct Sequence Spread Spectrum and CDMA.

34. Speech compression using Linear Predictive Coding.
35. Developing a Financial Market Index Tracker using MATLAB OOP and Genetic Algorithms.

36. Speak the recognized character using MATLAB simulation.
37. Audio Signal Implementation using DCT and FFT.
38. Generation of QPSK Wave forms Using MATLAB Simulation.
39. Speech Recognition System for isolated words using MATLAB.
40. Speech Processing Using Kalman filter.
41. Implementation of Speech De-Noising using Wavelets.
42. Implementation of Alien Voices with GUI Audio Perturbations
43. DCT based Video Processing A Focus Compression using Simulink.
44. Text Independent Speaker Recognition Based on Neaural Network.
45. RADAR simulation.
46. Performance Analysis of Channel Estimation and Adaptive Equalization in Slow Fading Channel.
47. Development of Adaptive Band Width Filter for Tracking Radar Sub-System.
48. WiMAX DL waveform Basic PUSC with preamble boosting.
49. Auto Associative memory.
50. Exact Histogram Specification-Equalization.
51. DTMF Generator and Receiver.
52. DSSS Enhanced with a coarse time Synchronization loop using MATLAB.
53. Direct Sequence Spread spectrum using MATLAB Simulation.
54. Slow Frequency Hopped Spread Spectrum Implementation.
55. Array of Antenna System using MATLAB Simulation.
56. Sound Editing by using MATLAB
57. Text to Speech Conversion Using MATLAB.
58. Speech Compression Using Linear Predictive Coding Technique.
59. Speech Enhancement Using Soft Thresholding with DCT
60. Speaking Environment Modeling Approach To Robust Speech Recognition Using Correlation Method.

Embedded mini projects list-( Robotics based )

IWE073 Intelligent Line following robot

Using photo dependant LDRs the IR light transmitted to the floor will be absorbed after getting reflected from the floor. When a dark line is drawn on white background or vice versa the robot follows the line depending on the intensity difference.

IWE074 RF controlled Metal detecting robot

A metal detecting sensor attached to the robot is used to detect any landmines present under the soil. This robot will be controlled using RF remote.

IWE075 Robotic Arm with base rotation, elbow and wrist motion with a functional gripper

A robotic arm is used in robotic applications to pick and place. All the joints comprise of geared dc motors. These motors are controlled by the microcontroller using a line driver IC uln2003.

IWE076 Obstacle detection & path finding robot

Autonomous robot, which can find its path on its own knowledge. This can be achieved using IR sensors to detect any obstacle present in front of the robot. When obstacle is detected it takes any alternate direction to avoid the obstacle.

IWE077 Pc based robot monitoring

A robot is interfaced to the Personal Computer through serial communication. Robot will be programmed in such a way that any function can be controlled from the PC by sending the data through hyper terminal of the PC

IWE079 RF based robo monitoring

A robot that can be controlled from any remote place using Radio frequency remote. Robot will be programmed in such a way that any function can be controlled from the RF by sending the data through RF transmitter .

Embedded mini projects list-( GSM / Mobile Applications based )

IWE065 Electrical appliances control using Mobile Phone

This project allows the user to control home appliances from any where in the world. All the devices will be operated by the controller using solid state relays. Based on the SMS received by the GSM modem devices will be controlled.

IWE066 Speed and Direction control of DC motor using GSM Modem

GSM modem will be interfaced to the controller to which the dc motor will be interfaced. SMS sent to the modem will be sent to the controller there it will be compared to the preprogrammed codes and the respective action will be taken.

IWE067 Remote electricity Billing System

Electric meter will be interface to the controller. On the particular date meter reading will be sent to the controller and then sent as an SMS to the billing station. Based on the reading charges will be sent back to the modem as an SMS this will be displayed in the LCD

IWE068 Wireless weather station monitoring system using GSM modem

In any remote places the temperatures monitored has to be sent to the base stations continuously by any personnel. In spite of a man we are using the GSM modem interfaced to the controller to read the temperatures continuously and send them to the base station.

IWE069 GSM Based Security System

In these system security parameters like intruder alert or the fire accident monitoring system can be in interfaced to the GSM modem and message will be sent to the user when ever such things happen.

IWE070 SMS Based Notice Board

Is to develop an electronic notice board using GSM cellular communications. Where the message will be sent to the notice board using a cellular phone. SMS sent to the modem will be sent to the controller and then displayed in the LCD.

IWE071 Accident Identification using SMS

Using a push to on switch as a pressure sensor that has to be placed in the chassis of the vehicle we can identify the accidents and same message will be sent to the authorized person as an SMS using GSM modem

IWE072 GSM based patient Monitoring system

Body temperature, Pulse rate, Blood pressure etc. kind of parameters will be continuously monitored when a patient is in ICU. These parameters can be sent to the doctor or any family members mobile phone using GSM modem.

Embedded mini projects list-( Infra Red based )

IWE054 Automated Counting System

Aim of this project is to count the number of persons entering a room, leaving a room and the total strength in the room. This is achieved by using IR sensors to detect the persons entering or leaving. All the data will be displayed in LCD.

IWE055 Wireless based electrical appliance control. (IR)

Using IR red TV remote we are trying to control the electrical appliances in home. Appliances like fan, lights, refrigerator, cooler etc will be interfaced to the controller through relays. To receive the signals from remote we are using TSOP IR receiver on the controller side.

IWE056 Automatic Railway Gate Control system

Aim of the project is to control the railway gate in any unmanned railway gates to avoid accidents. For this we use IR sensor to detect the train just before passing the gate and the gate will be closed by using stepper motor.

IWE057 Switchless Calling Bell

An IR sensor placed in front of the door will detect the person when they come and stand in front of the door and sends a signal to the controller. When ever controller receives the signal it activates the calling bell using solid state relays that are connected to the bell.

IWE058 IR based security system

In this project we use IR sensors to detect any intruders in to the home. IR sensors will be fixed in all the possible ways of entry in to the house. When ever an intruder enters into house IR sensor detects and controller will rise the alarm.

IWE059 Automated unmanned machine gun post

This is very sophisticated and complex application. This can be used in museums to protect any valuable things. IR sensors will be fixed in different entries and when ever sensor detects intruder the signal will be sent to the controller and the controller rotates the stepper motor to the position where intruder detected. This rotation angle will be very accurate.

IWE060 Parking aid for Heavy duty vehicles

For heavy commercial vehicles parking is very tough task as the reverse movement is very difficult due to the length of the vehicle. To make this easy we are using IR transceiver in front and back of the vehicle. When ever the vehicle goes close to another vehicle or a wall sensors will warn the driver about this.

IWE061 Remote steering system for unmanned gun posts

In restricted areas like borders or any military bases unmanned gun posts are used to prevent enemy attacks on the gun man, guns will be operated by the gunman from a remote place using Infra red sensor as the medium of contact. Stepper motor is used to rotate the gun to aim.

IWE062 Motor speed and direction control for robotic applications

This projects aim is to operate the DC motor from a distance using infra red remote control. In some robotic applications motors has to be monitored distantly. Based on the data sent from the IR remote the speed and direction of rotation will depend.

IWE063 Automated mirror lamp

IR sensor will be place above the mirror. When ever a person stands in front of the mirror it detects the person and turns on the light and turns off automatically when the person leaves the mirror. This saves the power.

Embedded mini projects list-( Personal computer based )

IWE047 PC based Appliances control in a plant

In this project all the electrical appliances like machines; air conditioners etc. will be controlled from a personal computer by using HyperTerminal of the computer to transfer the data to the controller.

IWE048 PC Based stepper motor control for robotic applications

This projects aim is to operate the stepper motor from the personal computer. In some robotic applications like pick and place robot they has to be monitored distantly. Based on the data sent from the hyper terminal of PC the angle of rotation will depend.

IWE049 PC Based DC Motor speed control

This projects aim is to operate the DC motor from the personal computer. In some robotic applications motors has to be monitored distantly. Based on the data sent from the hyper terminal of PC the speed and direction of rotation will depend.

IWE051 PC based Scrolling display in LCD

This is an electronic notice board that can be used for advertisement purpose also. Where the data that has to be displayed will be sent from the hyper terminal of the computer.

IWE052 Remote steering system for unmanned gun posts

In restricted areas like borders or any military bases unmanned gun posts are used to prevent enemy attacks on the gun man, guns will be operated by the gunman from a remote place using personal computer as the medium of contact. Stepper motor is used to rotate the gun to aim.

IWE053 Pc based robot monitoring

Aim of this project is to develop a wireless robot that can be controlled by using PC. By transmitting the signals from the hyper terminal of PC to the controller of the robot we can control the robot directions like front, back, left, right and stop.

Embedded mini projects list-( Radio frequency based )

IWE035 Wireless Electronic Notice Board using RF

Is to develop an electronic notice board using RF communications. Where the message will be sent to the notice board using a key pad interfaced to the RF transmitter.

IWE038 Wireless based device control.(RF)

In this project we are going to control the different electrical appliances in home using RF technology. There will be a transmitter section in which there will be some different keys for different appliances. When ever we want to operate certain device then press the corresponding key and then the operation key like ‘OFF’ or ‘ON’. The controller which receives the signal will act according to the signal.

IWE039 Motor speed and direction control for robotic applications using RF Communication

A pulse width modulator (PWM) is a device that may be used as an efficient DC motor speed controller. This project is a versatile device that can control DC devices which draw up to a few amps of current. The circuit may be used in either 12 or 24 Volt systems with only a few minor wiring changes. This device has been used to control the speed of the DC motor using RF.

IWE040 Remote steering system for unmanned gun posts

In restricted areas like borders or any military bases unmanned gun posts are used to prevent enemy attacks on the gun man, guns will be operated by the gunman from a remote place using RF technology as the medium of contact. Stepper motor is used to rotate the gun to aim.

IWE041 RF based scrolling display

This projects aim is to develop a scrolling display notice board in which a message can be continuously displayed. For transmitting the message we are using RF technology for feasibility.

IWE042 Wireless temperatures monitor and control system using RF Communication

The temperature of a given premises or any machinery will be motored continuously by using temperature sensor LM35 and those values will be continuously transmitted to the control system using RF. There the required action will be taken to control the temperature.

IWE043 RF based robot monitoring

Aim of this project is to develop a wireless robot that can be controlled by using RF technology. By transmitting the signals from the Transmitter we can control the robot directions like front, back, left, right and stop.

Embedded mini projects list-( General embedded )

IWE001 Programmable temperature monitor and controller

Continuously reads the temperature of any substances or a room and according to that it controls the temperature by controlling the speed of the fan. Increases the fan speed if temp is more and reduces if temp is low and also give alarm in danger.

IWE002 LDR based power saver for street light control system

Light depend resistor is a device which works depending on the light intensity. Using this we are going to determine whether it is a day or a night. The street lights will be controlled depending on the situation.

IWE003 Embedded rigging free Electronic Voting System

Every voter will be given a unique id and password, user has to enter his id and password and then if both are matching system allows the user to vote otherwise it will not allow. At the end of the voting results can be known automatically. System will calculate the number of votes.

IWE004 Entry authentication system

It contains a key board interfaced to the system and also an LCD. Both of them are the user interfaces. User has to enter his id and password to enter in to the room. If correct opens the door else if wrong gives another chance, if wrong data is entered for more than three times gives alarm.

IWE008 Automatic Room Light control with Visitor Counting

For this we use an LDR to check it is a day or night and IR sensors to count the strength of the room. If the room strength is more than zero and it is night then system turns on the light else if strength is zero then system turns off the lights even though it is a night.

IWE010 Time based industrial automation using Dallas RTC and I2C protocol

DS1307 a real time clock IC is interfaced to the AT89S52 controller. Using most sophisticated I2C protocol we are going to read the data from the RTC and then display that in the LCD. Depending on the time controller do its function that are already defined in the program

IWE011 Jogger bench using PWM Technique

Pulse Width Modulation technique Is used to control the speed of the DC motor through the programming. This is used to control the speed of the jogger. By this we can set the speed of the jogger according to the persons stamina and physical fitness and also an emergency button will be provided to stop the jogger

IWE012 Electronic Notice Board

Electronic notice board is a digital display to which the data is sent by using the keypad. We can also set the number of times the message to be displayed . the message can also scrolled over the LCD

IWE015 Auto turn off for water pump with four different time slots

Using the timers in the microcontroller we generate time delays which are considered as time slots. Pump can be controlled by the controller AT89S52 using solid state relays. We can select different time slots in which pump should be in ON state.

IWE018 Digital fuel Level Indicator (DFL)

Using a mechanical device the level of the fuel in a container is measured and sent to the analog to digital converter. The digital data sent to the controller will be manipulated and corresponding measurement of the fuel will be displayed and also gives alarm when the level is low.

IWE019 Water Level Monitor and Control system for over head tanks.

This also uses the mechanical device to measure the level and this is connected to a potentiometer which turns according to the level. The o/p of pot is given to ADC and based on that o/p controller controls the pump to fill the tank

IWE020 Fire detection & automated control system

For fire detection here we are using a smoke sensor. When ever a fire accident takes place first of all we observe the smoke. This smoke will be detected by the sensor and actuates the exhaust system to control the fire.

IWE021 Land mine detection and warning system

Using electro magnetic induction property the sensor detects any metals buried under the soil or placed in any closed containers and send the signal to the controller. Then the controller rises alarm.

IWE022 Digital Thermometer with 2x16 LCD display

For this we use temperature sensor LM35. The temperature of any substance will be measured by this sensor in analog form and then using ADC we convert this in to digital form compatible with microcontroller. Then the data will be displayed in the LCD

IWE023 Digital Speedometer with 2x16 LCD display

Aim of this project is to measure the speed of the vehicle and display it in digital format.For this we used a slot sensor attached to the rotor of the motor. This slot sensor will be interfaced to the micro controller. By reading the signals from the sensor controller calculates the speed and displays it in the 2X16 character LCD.

IWE024 Vehicle Speed control and Monitoring

Aim of this project is to develop a system which continuously read the speed of the vehicle and monitors the speed whether it is below the maximum value or not and then control the speed if it is beyond the maximum speed

IWE025 Digital Distance Measurement scale

Aim of this project is to measure the distance and display it in digital format. For this we used a slot sensor attached to the rotor of the wheel attached to a bar. This slot sensor will be interfaced to the micro controller. By reading the signals from the sensor controller calculates the distance and displays it in the 2X16 character LCD.

IWE027 Automated irrigation in modern farming techniques

Aim of this project is to develop an irrigation system which works automatically depending upon the humidity of the soil around the plants. Usage of the latest technologies in Agriculture is increasing day by day. Like the automated turn on pumps in the field and the operation of the motors remotely using RF and GSM technologies this is also another technical highlight in agriculture.