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  • Implementation of Low-Cost Data Glove To Use in Virtual Reality Systems Using Hall Sensor

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    International Journal of Innovative Science and Research Technology
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    The primary point of this paper is to execute a low-cost information glove utilizing hall sensor, Arduino NANO (ATMEGA328P microcontroller) and Processing IDE. This glove is utilized in virtual reality condition and is incorporated into a suite of utilization. When we wear the glove to our hand and wave it before the PC, we will almost certainly move the pointer to the ideal area and play out a particular undertaking.

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    Implementation of Low-Cost Data Glove to use in Virtual Reality Systems using Hall Sensor

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    The primary point of this paper is to execute a low-cost information glove utilizing hall sensor, Arduino NANO (ATMEGA328P microcontroller) and Processing IDE. This glove is utilized in virtual reality condition and is incorporated into a suite of utilization. When we wear the glove to our hand and wave it before the PC, we will almost certainly move the pointer to the ideal area and play out a particular undertaking.

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    40 views4 pages

    Implementation of Low-Cost Data Glove To Use in Virtual Reality Systems Using Hall Sensor

    Uploaded by

    International Journal of Innovative Science and Research Technology
    The primary point of this paper is to execute a low-cost information glove utilizing hall sensor, Arduino NANO (ATMEGA328P microcontroller) and Processing IDE. This glove is utilized in virtual reality condition and is incorporated into a suite of utilization. When we wear the glove to our hand and wave it before the PC, we will almost certainly move the pointer to the ideal area and play out a particular undertaking.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
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    of 4

    Volume 4, Issue 3, March – 2019 International Journal of Innovative Science and Research Technology

    ISSN No:-2456-2165

    Implementation of Low-Cost Data Glove to use in


    Virtual Reality Systems using Hall Sensor
    1 2
    D. Venkata Siva Prasad K. Priyanka
    Asst Professor, ECE ECE,
    BVRIT Hyderabad College of Engineering for Women, BVRIT Hyderabad College of Engineering for Women,
    Hyderabad, India Hyderabad, India
    3 4
    M. Shree Keerthana D. Srilatha
    ECE, ECE,
    BVRIT Hyderabad College of Engineering for Women, BVRIT Hyderabad College of Engineering for Women,
    Hyderabad, India Hyderabad, India
    5
    G. Teja Sri
    ECE,
    BVRIT Hyderabad College of Engineering for Women,
    Hyderabad, India

    Abstract:- The primary point of this paper is to execute B. Proposed System


    a low-cost information glove utilizing hall sensor, In addition, with the tracking of the object, we can
    Arduino NANO (ATMEGA328P microcontroller) and even able to control our system with by our hand using this
    Processing IDE. This glove is utilized in virtual reality glove without any contact with the system this will happen
    condition and is incorporated into a suite of utilization. we simply wave our hand in front of our system or laptops.
    When we wear the glove to our hand and wave it before
    the PC, we will almost certainly move the pointer to the C. System Specifications
    ideal area and play out a particular undertaking.
     Scope of system specifications
    Keywords:- Arduino NANO, Processing IDE, Data Glove. This framework determines the description of the
    function and the execution of the system and the user. The
    I. INTRODUCTION purpose of this task is to manage and control our system
    without any touch pads or stylus, by simply waving our
    Virtual Reality is a computer-generated simulation hand in front of the screen.
    environment that makes everyone to experience the
    impossible. It can be explored and interacted by a person  System Description
    using specific electronic equipment like a helmet or a glove This framework has two sections to be specific
    fitted with sensors. Virtual reality means an artificial hardware and software. The hardware here used is
    environment. Communication systems means the VR ATMEGA328P microcontroller which is a 28 pin IC, and
    systems which includes sensations and transmission of the Hall Effect sensor. The software part used is Processing
    vibration to the user by devices is known as kinaesthetic IDE and Arduino IDE.
    communication systems. This is used in gaming zones,
    military training and medical applications. This VR system II. HARDWARE USED
    also refers to Virtual presence of users with artifact in
    remote communication environment. The following is the description of the hardware parts
    used in this project:
    A. Previous System
    Previously we can able to track a particular object A. Arduino Nano
    when something that points the object, which depends on Arduino Nano is a microcontroller board dependent
    the RGB color combination. Later it is developed as a stylus on the ATmega328P. It has 14 digital input/output pins (of
    to work with the smart board and scribble pad. which 6 can be utilized as PWM outputs), 8 analog inputs,
    2 reset pins, 6 power pins, a 16 MHz quartz crystal, a USB
    As the any color combination which include red, green, or connection, a power jack, an ICSP header and a reset
    blue or some other color which has the more intensity is button. It has everything expected to help a
    used for the object to be tracked. Once the program is done microcontroller. It has same usefulness as arduino UNO
    with the image processing the specified color is tracked. yet it is in little size. Variety of microprocessors and
    And this kind of mechanism is mostly seen in major controllers are used by arduino board designs. A set of
    supermarkets to identify and bill the fruits. digital and analog input/output (I/O) pins are equipped in
    the board. These are utilized to interface different
    extension boards (shields) and different circuits. In some of

    IJISRT19MA692 www.ijisrt.com 791


    Volume 4, Issue 3, March – 2019 International Journal of Innovative Science and Research Technology
    ISSN No:-2456-2165
    the models the board features serial communications
    interfaces. It is Universal Serial Bus (USB), this is used for
    loading programs from personal computers. Programming
    languages like C and C++ are used for programming the
    microcontroller.

    Fig 3

    C. Bluetooth Module
    Bluetooth module is intended to setup a wireless
    serial connection. The HC-05 Bluetooth module has two
    arrangements, Master and Slave setup. By default, it is in
    SLAVE configuration. The Master or Slave can be
    Fig 1
    arranged just by AT COMMANDS. A Slave module
    cannot start a connection with another Bluetooth device,
    B. Hall Sensor
    but can pair with other devices. Master module can start a
    Hall Effect Sensor is a transducer that changes its
    connection to other devices. The user can utilize it setting
    output voltage with respect to the external magnetic field
    up a sequential port replacement to build up association
    applied on it. Magnetic field has two important
    between MCU and GPS, PC to your embedded project, etc.
    characteristics. They are flux density and polarity (south
    and north poles). Hall Sensor has the following applications
    like proximity switching, positioning, speed detection, and
    current sensing applications. In a hall-effect sensor, there is
    a thin metallic strip with current flowing through it. In the
    presence of an external magnetic field the electrons are
    deflected towards the edge of the metal strip, this produces
    a voltage across the short-side of the strip (perpendicular to
    the feed current). At the point when the magnetic flux
    density around the sensor surpasses a certain pre-set limit,
    the sensor distinguishes it and produces a certain voltage
    called Hall voltage. These sensors have the favorable
    position that they can recognize static (non-changing)
    magnetic fields.

    Fig 4

    III. SOFTWARE USED

    Software part utilized in this project is described below:

    A. Arduino IDE
    The Arduino Software (IDE) or Arduino Integrated
    Development Environment – consists of an editor of text
    type to compose code, a message zone, a text console, the
    distinctive buttons on toolbar for functions that are
    commonly utilized and diverse menus. It interlinks the
    Arduino equipment to upload the program and to interact
    with them. It is a cross platform Java application that is
    Fig 2 used as an editor of code and compiler and is also suitable
    for assigning the firmware to the board in a serial manner.

    IJISRT19MA692 www.ijisrt.com 792


    Volume 4, Issue 3, March – 2019 International Journal of Innovative Science and Research Technology
    ISSN No:-2456-2165
    IV. BLOCK DIAGRAM

    The Block diagram for this project is as follows,

    Fig 5

    B. Processing IDE
    It is an integrated environment and open source
    language of computer programming developed for Fig 7
    electronics arts, new media arts, and communities of
     Working Principle
    optical design. The main aim is to teach the fundamental
    programming language in an optical setting and it is a Once the connection has been made as per the block
    diagram, the LED on the Bluetooth module must glow
    software sketchbook which is very flexible. Processing has
    stable which means the connection has been established
    created another undertaking, Wiring, that utilizes the
    between the hardware and software. And we will get the
    Processing IDE with a set of libraries which are composed
    in the C++ language so as to teach artists the approaches to calibration screen upon running the program, where we are
    going to trace the object on the glove and to calibrate the
    code microcontrollers. At present there are two diverse
    hardware projects to be specific Wiring and Arduino, Hall Sensor, it gives the message as all sensors are active.
    utilizing the language as well as Wiring environment. When the calibration is completed, we get a home screen
    Fritzing is also a similar software environment, which with a blue background. We have the two options one is
    supports designers and artists in documentation of their the paint screen and other is the LED toggle screen.
    prototypes which are interactive and to make a forward Therefore, when we wave our hand before the web camera,
    step towards actual product from a basic physical the hall sensor is able to find the position and helps to drag
    prototype. the screens and we are able to operate our system with no
    contact with the system.

    V. CONCLUSION

    Finally, we structured the glove for use in Virtual


    Reality frameworks and is incorporated into a suite of
    applications and we can wave our hand before the PC and
    move the pointer to the ideal area and perform some tasks

    REFERENCES

    [1]. Aroca, Rafael V.; Gomes, Rafael B.; Dantas,


    Rummennigue R.; Calbo, Adonai G.; Gonçalves,
    Luiz M.G. 2013. "A Wearable Mobile Sensor
    platform to Assist Fruit Grading." Sensors 13, no. 5:
    61096140. (references)
    [2]. Deliang Zhu, Zhiquan Feng, Bo Yang, Yan Jiang,
    Tiantian Yang. The Design and Implementation of
    3D Hand-based Human Computer Interaction. 20IO
    International Conference on Computer Application
    Fig 6
    and System Modeling (ICCASM 2010).
    [3]. Faludi, Robert (January 4, 2011), Building Wireless
    Sensor Networks: with ZigBee, XBee, Arduino, an
    Processing (1st ed.), O'Reilly Media, p. 320, ISBN
    978-0-596-80774-0.

    IJISRT19MA692 www.ijisrt.com 793


    Volume 4, Issue 3, March – 2019 International Journal of Innovative Science and Research Technology
    ISSN No:-2456-2165
    [4]. Vantomme, Jan (September 20, 2012), Processing 2,
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    [6]. Peck, Tabitha C.; Seinfeld, Sofia; Aglioti, Salvatore
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    [7]. Reger, Greg M.; Holloway, Kevin M.; Candy,
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    IJISRT19MA692 www.ijisrt.com 794

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