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Tracking Police Man Using RF Proximity Card

Tracking police man using RF proximity card embedded system project explains about new method for bank officials for checking their security of the bank by implementing accurate method to control police officials. In present scenario banks are playing important role in providing security for people for saving their money, gold..Etc. So banks are taking serious steps to maintain security like hiring police officials at night time for patrolling banks, but there are chances in irregularity of police officials so this method will provide card system for every police official who should scratch his card. Data and time is stored inside system which can connect to computer and analyze details of his attendance.  Functionality RTC is providing the clock with date and time, and this date and time is displaying in LCD. When the police man swipe the card, RF reader will read the card and decode the card value. Decoded card value is send to microcontroller. Microcontroller is receiving the card value and the card value is stored in external EEPROM memory with the swiped date and time. Details of the card swiping are retrieved by connecting the machine to a PC. After connecting to PC through serial port, valid password is required to retrieve the data. Upon successful entry of the password data will transfer from machine to PC. 

download  TRACKING POLICE MAN USING RF PROXIMITY CARD Embedded system Abstract.

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GSM & GPS Based Projects

This category consists of Telecom and ECE Projects on GSM and GPS,GSM Projects 2011 abstracts,Download GSM GPS Project abstracts,Final year projects on GSM and GPS.

  1. FPRS Based School Management System (Abstract)
  2. Design and Development of FPRS, ZIGBEE Based Passport Verification Abstract
  3. FPRS Based Visitor Control For Secure Areas (Abstract)
  4. Design And Development Of FPRS, RFID Based Petro Card System (Abstract)
  5. Design and development of fire detection FLYING Machine in deep forest Abstract
  6. Implementation Of Obstacle Avoidance And Zigbee Control Functions For Omni Directional Mobile Robot Abstract
  7. Controlling Robot By GSM SMS Embedded SystemProject (Abstract)
  8. Develop A Multiple Interface Based Fire Fighting Robot (Abstract)
  9. Design and Development of FPRS Based Electronic Voting Machine Abstract
  10. Biometric Finger Print Recognition Based Time And Attendance System Abstract
  11. Real-Time Atomization Of Agricultural Environment For Social Modernization Of Indian Agricultural System
  12. Optical data transfer between two controllers via Fiber optic communication (Abstract)
  13. WIRELESS ACCESS MONITORING AND CONTROL SYSTEM BASED ON DIGITAL DOOR LOCK
  14. Boarding school students monitoring systems (E-ID) using radio frequency identification
  15. THE ROLE OF ZIGBEE IN FUTURE DATA COMMUNICATION (ABSTRACT)
  16. Bus detection device for the blind using passive RFID application (ABSTRACT)
  17. CAR PARK SYSTEM: A REVIEW OF SMART PARKING SYSTEM AND ITS TECHNOLOGY (ABSTRACT)
  18. ZIGBEE FOR BUILDING CONTROL WIRELESS SENSOR NETWORKS (ABSTRACT)
  19. MONITORING OF AN AEROPONIC GREENHOUSE WITH A SENSOR NETWORK
  20. RESEARCH AND DEVELOPMENT OF THE REMOTE I/O DATA ACQUISITION SYSTEM BASED ON EMBEDDED ARM PLATFORM
  21. Air and zigbee to-zigbee Device Control Scheme for Single Media Multi Devices
  22. INFOPODS ZIGBEE-Based Remote Information Monitoring Devices
  23. DTMF BASED REMOTE CONTROL SYSTEM (ABSTRACT)
  24. Design and Implementation of Short Message Query System for Academic Office Embedded System
  25. GSM based Wireless Home Application Monitoring and Control System
  26. A REAL TIME PRECRASH VEHICLE DETECTION SYSTEM (ABSTRACT)
  27. REAL TIME VEHICLE TRACKING SYSTEM (ABSTRACT)
  28. DESIGN AND IMPLEMENTATION OF ETHERNET BASED HOME SECURITY (ABSTRACT)
  29. Design and Implementation of Ethernet based secured Data acquisitions (Abstract)
  30. Development of embedded web server for Ethernet based applications(ARM9 based)
  31. ELECTRONIC PASSPORT AND THE FUTURE OF GOVERNMENT ISSUED RFID BASED IDENTIFICATION
  32. COLLIDE VEHICLE INFORMATION CAPTURING USING GPS AND GSM
  33. RAILWAY ACCIDENT MONITORING SYSTEM (GSM AND GPS) ABSTRACT
  34. GPS BASED HIGHWAY VEHICLE MONITORING SYSTEM ABSTRACT
  35. EMBEDDED GPS BASED VEHICLE TRACKING SYSTEM ABSTRACT
  36. Traffic Announcement through GSM Networks Abstract
  37. TWO CHANNEL TEMPERATURE LOGGING FOR FURNACES (ABSTRACT)
  38. APPLICATION AND EVALUATION OF HIGH POWER ZIGBEE BASED WIRELESS SENSOR NETWORK IN WATER IRRIGATION CONTROL MONITORING SYSTEM
  39. SECURED GSM BASED AUTOMATIC WATER LEVEL WARNING SYSTEM ABSTRACT
  40. Microcontroller Based Neural Network Controlled Low Cost Autonomous Vehicle
  41. PREPAID ELECTRICITY BILLING SYSTEM USING GSM MOBILE ABSTRACT
  42. PASSWORD PROTECTED GSM BASED DEVICE CONTROL ABSTRACT.
  43. INDUSTRIAL PROCESS CONTROL & MONITORING USING GSM PHONE ABSTRACT
  44. GSM CONTROLLED INTELLIGENT ROBOT ABSTRACT.
  45. GSM BASED TICKET RESERVATION ABSTRACT.
  46. GSM BASED SCADA IMPLEMENTATION USING MICRO CONTROLLER ABSTRACT
  47. GSM BASED ADVANCED SECURITY SYSTEMS ABSTRACT
  48. PATIENT CARE SYSTEM USING GSM & GPS ABSTRACT
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Mems Sensor Based Projects

mems based projects list:

This category consists of mems sensor based projects abstracts,MEMS SENSOR 2011 abstracts. ECE mems sensor based final year project.

  1. SAFETY AUTO BRAKE SYSTEM FOR HILL STATION VEHICLE USING MEMS SENSOR
  2. MOTION OPERATED SCROLLING DISPLAY USING DUAL AXIS MEMS ACCELEROMETER AND LCD DISPLAY
  3. MOTION ACTIVATED POWER SAVING SYSTEM USING MEMS ACCELEROMETER AND I2C PROTOCOL.
  4. TWO-DIMENSIONAL POSITION DETECTION SYSTEM WITH MEMS ACCELEROMETER FOR MOUSE APPLICATIONS
  5. MICROELECTRO MECHANICAL SYSTEMS (MEMS) Mech Seminar Report
  6. MEMS BASED PC COMMANDS USING HAND SIGNALS
  7. A MEMS- BASED WIRELESS MULTI SENSOR MODULE FOR ENVIRONMENTAL MONITORING.
  8. MEMS ACCELERATION METER BASED TILT OPERATED GRAPHICAL LCD AND MEMORY STICK BASED TEXTBOOK READING SYSTEM
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ZIG-BEE Based Projects

List of ZIG-BEE BASED PROJECTS:

This category consists of ZIG-BEE BASED PROJECTS, ZIG-BEE BASED PROJECTS abstracts, ECE ZIG-BEE BASED 2011 abstracts,Final Year ZIG-BEE BASED PROJECTS.

  1. A WIRELESS DESIGN OF LOW COST IRRIGATION SYSTEM USING ZIGBEE TECHNOLOGY
  2. Design and Development of FPRS, ZIGBEE Based Passport Verification Abstract
  3. Compact Zigbee Hand Held Unit For Robot Control
  4. Design and development of fire detection FLYING Machine in deep forest Abstract
  5. Implementation Of Obstacle Avoidance And Zigbee Control Functions For Omni Directional Mobile Robot Abstract
  6. Design and development of weather monitoring FLYING Machine (Abstract)
  7. THE ROLE OF ZIGBEE IN FUTURE DATA COMMUNICATION (ABSTRACT)
  8. Power ON/OFF Control Home Electric OUTLETS BASED on zigbee wireless communication through PC
  9. PC Controlled Robot using ZigBee network
  10. ZIGBEE FOR BUILDING CONTROL WIRELESS SENSOR NETWORKS (ABSTRACT)
  11. Security Management System for Oilfield Based on Zigbee Wireless Communication (Abstract)
  12. Air and zigbee to-zigbee Device Control Scheme for Single Media Multi Devices
  13. INFOPODS ZIGBEE-Based Remote Information Monitoring Devices
  14. APPLICATION AND EVALUATION OF HIGH POWER ZIGBEE BASED WIRELESS SENSOR NETWORK IN WATER IRRIGATION CONTROL MONITORING SYSTEM
  15. HIGH PERFORMANCE ZIGBEE PROTOCOL FOR RF COMMUNICATION Abstract
  16. Remote controlling Home Using Zigbee.
  17.  ZIGBEE TECHNOLOGY Seminar Presentation
  18. ZIGBEE TECHNOLOGY CSE Seminar Topic-Idea-Abstract
  19. A ZIGBEE NETWORK BASED HEART MONITERING SYSTEM FOR PRE-MATURE BABIES Projects for Engineering
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A Wireless Design of Low Cost Irrigation System Using Zigbee Technology

In  A Wireless Design of Low Cost Irrigation System Using Zigbee Technology Project we generally use induction motors where the water has to be pulled out and irrigate the plant. But it is difficult to check the availability of the water in the field all the time. So here we are considering a wireless system to monitor the condition of the plant and then if there in any insufficient amount of water in the field then the network built will check the plants status and then water level and gives the required water level condition by indication the status to concern person of that field.

Normally in the field it is not possible for a person to continuously monitor the condition and the water level in the field. The water level that is in the field ahs to be monitored and the level of the sump has to be checked and then the motor has to work accordingly. This every this in divided in different sub networks and then according to the levels and status of the field the motor will run under condition. Here actually we are using a wireless network. That is RF communication system with 433MHz frequency with an address to match the identity. This actually monitors the humidity in the field and water level in the tank and the currents and voltage of the motor.

In the field it is common to find that the current and voltage are not always the same. So that we check the current s and voltages and then if the voltages and currents are at required level then it immediately transfers the signal to the motor to switch it on. This checks not only the current and voltage values even the level of the water that is present. If the level of the water is at a sufficient level then it automatically switches on the motor. At the same time it even monodies the condition dint he field. If the water level is sufficient for that time then it instructs the motor to switch it off.

This is all done with a wireless network since it is difficult to plant and wire the complete field for the application in this manner. The address has to be matched with the relevant master unit and the master unit controls the remaining part. A complete network is been implemented in this field with a wireless system. The motor speed is also controlled with a pulse width modulation technique because normally these motors in the field do not have a slow start to regulate the initial currents in the motor.

download Project on A Wireless Design of Low Cost Irrigation System Using Zigbee Technology  project.

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Touch Screen Based Digital Devices Control System

The aim of Touch Screen Based Digital Devices Control System project is to design and construction of a module to control the devices   through touch screen. The project was divided into three phases. The First phase is to demonstrate the application of touch screen controlled digital devices. The second phase of the project attempts controlling and display data on Graphic lcd and the third phase of the project is to control the Digital devices.

Now a days touch screen technology is widely used in different fields. Using this technology makes users comfortable and time saving. This technology is widely used in mobiles as smart phones but machines in mechanical or chemical fields are using touch screen technology. This project will explain a basic method to control digital devices using touch screen.

In this project Graphic accelerator and image buffer and digital control logic is used in LCD controller.

download Project on Touch Screen Based Digital Devices Control System.

 

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Touch Screen Controlled Motor Speed And Direction Controlling System

Touch Screen Controlled Motor Speed And Direction Controlling System projects main idea is to develop a application which can control motor direction using a simple touch screen method.

In current project a system is designed to control the speed and direction of dc motor based on the touch screen and graphics. This project demonstrates how touch screen can be easily interfaced to real world to control operation of complex systems like motor speed and direction. Below image shows the block diagram of motor interface to micro controller.

This block diagram shows a system that can be used for bi-directional control of a brush DC motor. The current and mechanical feedback are optional depending on the application requirements. The current feedback can be used to regulate the motor torque. The mechanical feedback can be used to control motor speed or position. Scroll down to see other block diagrams for brush DC motor control.

download Project on Touch Screen Controlled Motor Speed And Direction Controlling System.

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Electronics Abstracts

This category consists of Electronics Abstracts, Electronics 2011 abstracts, Electronics projects.

  1. Construction Of Touch Screen Based Portable Digital Clock
  2. Touch Screen Operated Liquid Dispensing System
  3. Touch Screen Based Nurse/Attendant Calling System For Physically Impaired
  4. Touch Screen Based Advanced Home Automation System For Next Generation Apartments Project
  5. LINE FOLLOWER ROBOT
  6. HIGH SPEED MATERIAL TRANSFERRING ROBOT THROUGH REMOTE
  7. Compact Zigbee Hand Held Unit For Robot Control
  8. BRIDGE FOLLOWER ROBOT
  9. AI BASED VIDEO CAPTURING AND TRANSFERRING TO PC USING ROBOT
  10. Advanced Robotic Pick And Place Arm And Hand System
  11. RFID BASED ATTENDANCE SYSTEM
  12. RF-ID BASED ANIMAL TRACKING SYSTEM
  13. Automated Vehicle Identification and Toll Pass system
  14. WIRELESS DATA ENCRYPTION AND DECRYPTION USING RF COMMUNICATION
  15. SMS TRANSMITTING USING RF MODULE
  16. RF Control Of Induction Stepper Motors and other industrial Loads
  17. Industrial Automation System Using RF
  18.  CHANNEL RF BASED REMOTE CONTROL
  19. Advanced rail way signaling process by excluding manpower using sensor
  20. ROLLING CODE SECURITY FOR REMOTE CONTROLS INTERFACE WITH PS/2 KEYBOARD
  21. NETWORK TIME PROTOCOL FOR TIME SYNCHRONIZATION IN EMBEDDED PRODUCTS
  22. MINIATURE REAL-TIME CONTROLLER WITH PC INTERS FACE AND I2C PROTOCOL.
  23. COMMUNICATING SINGLE MASTER WITH MANY SLAVES BY USING SPI PROTOCOL
  24. ACCESS CONTROL SYSTEM USING I-BUTTON
  25. HUMAN DETECTION BY LIVE BODY SENSOR
  26. Human heat radiation based home security system
  27. A MULTI-AGENT MULTI SENSOR BASED REAL-TIME SENSORY CONTROL SYSTEM FOR INTELLIGENT SECURITY ROBOT
  28. PIR BASED ENERGY CONSERVATION SYSTEM FOR CORPORATE INTELLIGENT ROBOT
  29. RS232 TO RS485 CONVERTERS For Controll Applications
  30. PC OPERATED ROBO USING WI-FI
  31. PC Controlled Robot using ZigBee network
  32. PC BASED SYNCHRONIZING AND SPEED CONTROLLING OF DC MOTOR.
  33. MMC CARD INTERFACE TO THE MICROCONTROLLER USING SPI PROTOCOL
  34. SAFETY AUTO BRAKE SYSTEM FOR HILL STATION VEHICLE USING MEMS SENSOR
  35. MOTION OPERATED SCROLLING DISPLAY USING DUAL AXIS MEMS ACCELEROMETER AND LCD DISPLAY
  36. MOTION ACTIVATED POWER SAVING SYSTEM USING MEMS ACCELEROMETER AND I2C PROTOCOL.
  37. Remote Home Automation System.
  38. RC5 IR BASED REMOTE DEVICE SWITCHING
  39. IR BASED DISTANCE MEASUREMENT SYSTEM.
  40. Bike Renting System.
  41. A WIRELESS DESIGN OF LOW COST IRRIGATION SYSTEM
  42. BLUETOOTH DATA ACQUISITION SYSTEM BASED ON AVR
  43. Robotics Wireless Network.
  44. Mobile Robot Navigation System
  45. A CAN BASED DISTRIBUTED CONTROL SYSTEM FOR AUTONOMOUS ALL-TERRAIN VEHICLE
  46. REAL-TIME PEDESTRIAN DETECTION AND TRACKING AT NIGHTTIME FOR DRIVER-ASSISTANCE SYSTEMS
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CSE Project Report on Automatic Control Of Railway Signaling

The Automatic Control Of Railway Signaling computer science engineering final year project describes about the modernization in railways. It utilizes the good better model and ICF coaches with good arrangements of springing. It is a good breaking system in mode of safe and provides smooth travel. It uses electric traction and diesel to travel heavier weights at great accuracy. It has provision of couplers. It includes new signaling tools. It operates on computerized train reservation method.

The elements of modernization of track are heavier track structure, modern methods of track maintenance, track renewal and laying, track inspection and track monitoring.

The directed track maintenance includes correct reorganization of flaws in geometry by calculating and recording tools and to identify these flaws in geometry at recognized locations and to rectify the service quality and outcome by supervisor. This concept is very economical since the region track is conducted than complete track length.

Other maintenances are ultrasonic rail flaw detection, development of curves, and drainage of Ballast bed. The track parameters are Hallade Track Recorder, Amsler track recording cars, and Oscillograph cars.

The monorail is the rail which depends on transportation system and single rail. It performs like sole support and guideway. The tube railway is powered railroad electrically by tracks moving by tunnel underground.

Conclusion:

The conclusion of this Automatic Control Of Railway Signaling made on the different ways of maintenance of the railway includes alignment and leveling of track, need ballast region, altering hanging of defective sleepers, utilizing L.W.R., and appropriate gauge. The concept is economical, efficient, and effective to permit the requirements of large accuracy and large axle loads.

Download CSE Project Report on Automatic Control Of Railway Signaling

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Speed Control Of DC Motor By Using PWM Technique EEE Project

The Speed Control Of DC Motor  By Using PWM Technique project commences with the direct current (DC) motor which is a simple electric motor that. It utilizes fields of magnetic and electricity to create torque that switches the motor. The DC motor is utilized to transfer the electrical into mechanical energy for the purpose of driving loads.

 The types of DC motor are Flux control method, Rheostatic Control method, and Voltage control method. The armature voltage control method utilizes armature circuit where Va is different without altering the voltage used in circuit of the motor.

Hence, the motor should make use of armature voltage control. When the voltage of the armature is incremented then accuracy of the motor also increment whereas torque-speed curve seems unchanged and flux is constant.

 The Power Point presents the different execution of current voltage in the DC motor. When current is passing by a coil in the presence of magnetic field, then the magnetic force generates the torque that switches the motor.

From the figure in the Power Point, it is seen that the electric current is supplied by the commutator externally. The magnetic force is expressed in the form of F=ILB. It acts perpendicular to magnetic field and the wire.

Conclusion:

The conclusion made based on the principle of operation of DC motor depends on electromagnetism. The conductor which possesses current produces the magnetic field. When it is kept in external magnetic area then force is produced in the field which is proportional to the current and strength of the external magnetic field present in the conductor.

Download Speed Control Of DC Motor  By Using PWM Technique EEE Electrical and Electronics Engineering (EEE)  Project.