vitm
  • Research & Development

    PROJECT -1

    GROUP NAME:

    1. PAVAN JOSHI
    2. LUCKY PADIYAR
    3. ANKUR SATODIA
    4. PRADHUMAN ARYA

    PROJECT GUIDED BY Mr. VASIM KHAN

    PROJECT STRUCTURE:
    The try-copter is three rotor helicopter that contain electronic & mechanical structure, RF modules for communication interfacing with hardware & operator. It contain rotor, motor, electro-mechanical controller, camera, and body frame.
    LATEST TECHNOLOGY:
    Three rotor is the new technology for helicopter which provide easy controlling low power consumption than quad rotor, maximum lift, fixed rotor that give no complex for blade movement. Only motor speed control give movement.

    PROJECT-2

    Finger print scanner for attendance & time of arrival Management
    GROUP MEMBERS:

    1. Sagar Choudhary
    2. Vikas Gupta
    3. Vivek Paliwal
    4. Ashesh Parmar

    PROJECT GUIDED BY Mr. IRSHAD AHAMAD

    PROJECT STRUCTURE:
    The basic structure of finger print scanner consist of finger print sensor and the analytical circuit which compared the scanned finger print with the stored finger print of the employs in the database of organization & store the time of arrival and attendance of employee.
    LATEST TECHNOLOGY:
    Neurotechnology has released a new line of embedded biometric technology, including Verifinger embedded SDK for fingerprint biometrics, Verilog embedded SDK for face biometrics & Mega matcher embedded SDK for multi-biometric systems using face & fingerprints in combination.

     PROJECT-3

    Alcohol Meter Detector
    GROUP MEMBERS:

    1. Kumar Sanket
    2. Lavi Jain
    3. Prabha Mishra

    PROJECT GUIDED BY  Mr.VASIM KHAN

    PROJECT STRUCTURE:
    This project is based on detecting alcohol present in the body of a person or specifically in a driver. The  project is implemented with a four wheeler’s  ignition system. An alcohol sensor may be fixed to the steering of the vehicle. It senses the alcohol vapors from the mouth of the driver. The amount of alcohol content sensed by detector i.e. the response is converted into the digital value and transferred to microcontroller. The LCD is given to show the alcohol content on the screen. The microcontroller is programmed such that if the alcohol content in driver’s body exceeds precised level .it turns the ignition off   through the relay, so that the car won’t start.
    LATEST TECHNOLOGY:
    The sensor which we are using in this project is MQ3 which sense alcohol vapors from the mouth of driver & converted the sensed vapours into digital value & transfered it to the microcontroller.

      PROJECT-4

     WIRELESS MOBILE CONTROLLED ROBOT
     GROUP MEMBERS
    (1)RAVIKANT DANDOTIYA
    (2)DHARMESH TIWARI
    (3)SWARAJ SOLANKI
    (4)ANAND GURJER

    PROJECT GUIDED BY Mr. PIYUSH DUBEY

    PROJECT STRUCTURE:-

    DTMF mobile ROBO is a machine that can be controlled with a mobile. In this project,the robot is controlled by a mobile phone that makes a call to the mobile phone attached to the robot.
    In the course of a call, if any button is pressed, a tone corresponding ti the button pressed is heard at the other end of the call.This tone is called “Dual Tone Multiple-frequency”(DTMF)tone.
    The robot precives this DTMF tone with the help of the phone stacked on the robot.The received tone is processed by the microcontroller with the help of DTMF decoder.

    LATEST TECHNOLOGY IS USED IN THIS PROJECT:-
    In this project the robot,is controlled by a mobile phone that makes call to the mobile phone attached to the robot  in the course of the call, if any button is pressed control corresponding  to the button pressed is heard at the other end of the call.this tone is called dual tone frequency tone (DTMF).
    DTMF signaling is used for telephone signaling over the line in the voice frequency band to the switching center.The version of DTMF used for telephone dialing is known as touch tone.
    DTMF assigns a specific frequency (consisting of two separate tones)to each key that it can easily be  identified by the electronic circuit. The signal generated by the DTMF encoder is the direct algebraic submission, in real time of the amplitudes of two sine(cosine) waves of different frequencies.

     PROJECT-5

    SECURITY SYSTEM
    GROUP MEMBERS
    (1)R.P.ANAND
    (2)PRASHANT KUMAR RANA
    (3)SURENDRA SINGH TOMAR
    (3)YOGESH SHARMA

    PROJECT GUIDED BY Mr. JITENDRA SINGH DODIYA

    PROJECT STRUCTURE:-
    The security system will inform you immediately with SMS(text) message your mobile when “unauthorized guest”enters yours premises.System includes GSM module and Passive Infra Red senser(PIR) The entire device is contained within a small plastic enclosure and it looks like simple PIR motion detector.
    LATES TECHNOLOGY USE IN PROJECT:-
    The system supports the contact ID protocol which is required to transmit  signal to a security satation.All configuration can be programmed using the IR sensor configuration Tool program IR868 version with installed 876MHZ radio transmitter-reciever can operate as an access point wireless devices.

    PROJECT-6

    MOBILE CONTROLLED SPY ROBOT USING DTMF TECHNOLOGY

    GROUP MEMBERS
    (1) BHUPENDRA SINGH TOMAR
    (2) ANKIT MISHRA
    (3) SHOBHIT JAIN

    PROJECT GUIDED BY Mr. IRSHAD AHAMAD

    PROJECT STRUCTURE:-
    DTMF mobile ROBO is a machine that can be controlled with a mobile.In this project, the robot is controlled by a mobile phone that makes a call to the mobile phone attached to the robot. In the course of a call ,if any button is pressed,a tone corresponding to the button pressed is heard at the other end of the call. This tone is called ”Dual Tone Multiple-Frequency”(DTMF)tone.The robot perceives this DTMF tone with the help of the phone stacked on the robot. The receives tone is processed by the motor driver IC stop   operate the motor& our robot starts moving.

    LATEST TECHNOLOGY USED IN PROJECT:-
    The latest technology used in this project is the use of DTMF.The DTMF technique outputs distinct representation of 16 common alphanumeric character(0-9,A-D,*,#)on the telephone. The lowest frequency used is 697HZ and the highest frequency used is 1633HZ. The DTMF keypad is arranged such that each row will have its own unique tone frequency and also each column will have its own unique tone frequency.

     PROJECT-7

    WIRELESS ELECTRONIC NOTICE BOARD
    GROUP MEMBERS
    (1)ABHISHEK R.TIWARI
    (2)ANURAG TRIPATHI
    (3)SOURABH SINGH RAJPOOT
    (4)GAURAV BHARGAV

    PROJECT GUIDED BY Mr.JITENDRA SINGH DODIYA

    PROJECT STRUCTURE:-
    This project deals about an advanced hi-tech wireless notice board.This project is built around the AT89C51microcontroller from Atmel.This microcontroller provides all the functionality of the display and wireless control. Alphanumerical keypad is interfaced to the transmitter to type the data and transmit.This project uses regulated 5V,1Vpower supply,7805 three terminal voltage regulater is used for voltage regulation.Bridge type full rectifier is used to rectify the AC output of secondary of 230/12V step down transformer.
    LATEST TECHNOLOGY USED IN PROJECT:-
    The message can be transmitted to multi point receivers. After entering the text ,the user can disconnect the keyboard.At any time the user can add or remove or alter the text according to his requirement.

    PROJECT-8

    ATTENDANCE MARKER USING FINGERPRINT SENSOR
    GROUP MEMBERS
    (1)ASHIMA AWASTHI
    (2)AMITA DHENGEKAR
    (3)ANKITA PARDESI
    (4)RUCHIRA PANDEY
    (5)SONAL GOUR

    PROJECT GUIGED BY Mrs. ANAMIKA VERMA

    PROJECT STRUCTURE:-
    This project gives us a fingerprint based attendance system with 8051 microcontroller. The fingerprint module is used for fingerprint matching. It can store a max of 768 fingerprints.The admin can add/delete records from the PC through the VB application.All the attendance details and photo diode to sense the finger placed over the fingerprint module. All the attendance details are store over the PC.The admin can generate reports and he can print the reports.

    LATEST TECHNOLOGY USED IN PROJECT:-
    The fingerprint technology can be modified to Biometric Identification for enhancing the security systems.



     

     

    Book

    Authors of the book are Mr. Rahul Pratap Singh Kaurav, Asst. Professor, Vikrant Institute of Management; HoD, VIILAS, VGI, Gwalior and Mr. Ramavtar Singh Tomar, Asst. Professor, Vikrant Institute of Management, Gwalior.

    The book is unveiled by Prof. Sudhir Singh Bhadoriya, Director, SGITS; Mr. R S Rathore, Chairmen, VGI; Mr. KK Mishra, Director, VITM, Indore; Mr. RPS Kaurav and Mr. RS Tomar on May 9, 2012 at Vikrant Group of Institutions, Indore.

    About the book: The marketers need to create opportunities,identify the profitable areas and practise innovative marketing principles in order that a fair synochonisation of social and commercial considerations is made possible.
    The book substantially contributes to the mainstream of knowledge on the different areas of marketing which attends to almost all the vital facts of the emerging trends with clarity and perspicacity.
    The marketing managers, Faculty, the students of M.B.A,M.Com, B.BA and other professional course would find the book useful in many ways. Key feature of this book is that it has Indian cases, some of them in detail. This provide much choice to select suitable cases for discussion. Besides these cases also serve as more and detailed examples portraying real life business situation and offer deep insight to students into marketing.

         

    ABOUT THE AUTHOR


    Vasim Khan has been working as a Head of Electronics and Communication/Electrical Engg. Department in Vikrant Institute of Technology and Management,Indore.He has Published three books on Electromagnetic Theory,Network Analysis & Synthesis, Electromagnetic Field wave for Punjab Technical University Jallandhar & R.G.P.V University Bhopal.Presenty he has Published Electromagnetic Theory Book for R.G.P.V University Bhopal which is one of the most popular among the students of different Engineering colleges in (M.P).His areas of interest are Basic Electronics,Digital Signal and Processing,Network Analysis & Synthesis and Control system.

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    ABOUT THE BOOK


    The book covers the complete syllabus of “Electromagnetic Theory” by most for the universities in India.The book uses simple and easy language to explain basic fundamentals of this subject.The book provides logical method of explaining various complicated concept and stepwise method specially for undergraduate technical students,but also helpful to the students of Post graduation and those who are preparing for various competitive examinations like GATE,IES ,DRDO,ISRO,SAIL,BHEL etc.
    The uniqueness of this book is to include in each chapter is well supported with LMR(Last Minute Revision) which is very helpful for the students for quick revision of each chapter.Problems associated with Electric field and Magnetic field Theory approaches for solving the Electromagnetic problems are given in details.
    The book is complete in all respect and very useful not only to the students but also to the subject Teachers.