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    Me Est Phase II Review

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    EASACOLLEGE
    The document proposes an activity tracker wrist band for children monitoring based on IoT. The wrist band would integrate sensors to monitor for dangerous situations and send alert messages via GSM to family and police if the child leaves a safe location zone. The system uses a microcontroller-based wrist band connected to an IoT system for remote 24/7 monitoring of the child's location and vital signs to ensure their safety.

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    Me Est Phase II Review

    Uploaded by

    EASACOLLEGE
    16 views20 pages
    The document proposes an activity tracker wrist band for children monitoring based on IoT. The wrist band would integrate sensors to monitor for dangerous situations and send alert messages via GSM to family and police if the child leaves a safe location zone. The system uses a microcontroller-based wrist band connected to an IoT system for remote 24/7 monitoring of the child's location and vital signs to ensure their safety.

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    The document proposes an activity tracker wrist band for children monitoring based on IoT. The wrist band would integrate sensors to monitor for dangerous situations and send alert messages via GSM to family and police if the child leaves a safe location zone. The system uses a microcontroller-based wrist band connected to an IoT system for remote 24/7 monitoring of the child's location and vital signs to ensure their safety.

    Copyright:

    © All Rights Reserved
    Download as PPTX, PDF, TXT or read online from Scribd
    Download as pptx, pdf, or txt
    16 views20 pages

    Me Est Phase II Review

    Uploaded by

    EASACOLLEGE
    The document proposes an activity tracker wrist band for children monitoring based on IoT. The wrist band would integrate sensors to monitor for dangerous situations and send alert messages via GSM to family and police if the child leaves a safe location zone. The system uses a microcontroller-based wrist band connected to an IoT system for remote 24/7 monitoring of the child's location and vital signs to ensure their safety.

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    © All Rights Reserved
    Download as PPTX, PDF, TXT or read online from Scribd
    Download as pptx, pdf, or txt
    of 20

    ACTIVITY TRACKER WRIST BAND FOR

    CHILDREN MONITORING BASED ON IOT

    Presented by Guided by
    BHANUPRIYA T Dr.T.V.P. Sundarajan,M.E,(Ph.D).,
    714016431002 Professor
    ME EST II YEAR Department of ECE
    Sri Shakthi Institute of Engg &Tech
    Coimbatore

    PROJECT PHASE 1 - ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


    INTRODUCTION

     Wrist band is a device integrated with multiple devices.


     Acts as a Smart band using IOT.
     The IOT system that has the application which is programmed with all the
    required data (Anger, Anxiety, Nervousness and fear).
     When these situations are faced by the victim, the various sensors generates
    the emergency signals which are to be transmitted to the smart phone.
     Based on the transmission, GSM sends help request by sending messages
    to the nearest police station, relatives and the people in the near radius
    through Google map link to save the person.

    PROJECT PHASE 1 – ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


    MOTIVATION OF THE PROJECT

     The Important purpose of the project is to be improve the security of the


    Children.
     The person who need to be monitored will be provided with equipment of
    smart band, the alert messages which are to be sent to the police station and
    family members.
     To the existing project, we have included the concept of Location based
    monitoring, in which when the person moves out of monitoring range,
    then the alert messages are generated and sent to the the police station and
    family members.

    PROJECT PHASE 1 - ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


    OBJECTIVE OF THE PROJECT
     The objective of the project is the “Smart band integrated with IOT
    system”.
     The smart band tracks the activity of the person and if faced with perilous
    situations it triggers the alert messages which are to be sent to the police
    station and family members.
     The smart band also monitors the person when crosses out of the locational
    safe zone then the above process takes place.
     GSM is used to send the messages and IOT monitors this system 24*7
    hours.

    PROJECT PHASE 1 – ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


    EXISTING PROJECT
     Smart band module consists of microcontroller, motion sensor, pulse rate
    sensor, temperature sensor and it should have the connection of power
    supply, BLE module.
     All these devices are associated to the microcontroller that controls all the
    functions of the electronic devices or system.
     These units precisely monitor the situations and takes actions accordingly.

    PROJECT PHASE 1 – ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


    EXISTING SYSTEM -
    BLOCK DIAGRAM

    PROJECT PHASE 1 – ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


    WORKING - EXISTING SYSTEM
    The smart phone is connected to smart band device through Bluetooth
    Low Energy (Bluetooth 4.0) module.
    The device communicates with smart phone through a specially designed
    application that acts an interface between the smart band and the phone.
    The data directed by the smart band such as the pulse rate, temperature of
    the body along with the motion of the body is continuously monitored by
    the application.

    PROJECT PHASE 1 – ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


    In case of abuse, the app directs the smart phone to perform the following
    tasks:

     Sends message to the family members along with the co-ordinates.


     Co-ordinates sent to nearest police station requesting immediate action.
     Also sends information to people in near vicinity requesting public
    attention.

    PROJECT PHASE 1 – ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


     The app is programmed in such a way that it uses the GPS of the smart
    phone to track the co-ordinates and monitor the movement for easy track
    ability.
     The help message is sent to the family members and the nearest police
    station through the GSM facility that is in built in the phone.
     The app also provides a social platform where the people who have this
    application installed get the messages instantaneously.
     This feature is executed by using internet facilities of the phone of the user.

    PROJECT PHASE 1 – ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


    PROPOSED WORK
     In this proposed work, the person is monitored using smart activity tracker.
     A smart band acts as an activity tracker which keeps monitoring the
    person.
     The smart band is connected to the IOT system.
     Sensors are interfaced to the smart band to monitor the person.
     Whenever a perilous situations monitored by IOT occurs, then alert
    messages are sent to police station and family members of the particular
    person.
     The threshold criteria for the activity to happen is the zone where the
    person is present.

    PROJECT PHASE 1 – ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


    METHODOLOGY

    Figure 3. Wrist band section

    PROJECT PHASE 1 – ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


    WRIST BAND SECTION
     A PIC Microcontroller is the heart of the system used for the processing.
     The sensors (typically heartbeat sensor, temperature sensor) are
    connected to the wrist band for monitoring purpose.
     A LCD 16*2 Display to the display the contents.
     A GSM Modem to send alert messages to the police station and family
    members.
     An IOT system for monitoring the activity of the person through the use of
    the Internet facilities.
     RF Transmitter and Receiver for connecting the devices.

    PROJECT PHASE 1 – ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


    REMOTE MONITORING SECTION –
    BLOCK DIAGRAM

    Figure 4. Remote monitoring section

    PROJECT PHASE 1 – ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


    REMOTE MONITORING
    SECTION
    • In the remote monitoring section, the IOT system which is placed for the
    remote monitoring.
    • It is facilitated with the Internet connection.
    • It is programmed in such a way to monitor the person based on location
    where he/she is available.
    • The communication takes place between the wrist band section and
    remote monitoring section using the IOT.

    PROJECT PHASE 1 – ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


    TOOLS & SOFTWARE

     PROTEUS DESIGN SUITE – ISIS 7 PROFESSIONAL

     mikroC PRO for PIC

    PROJECT PHASE 1 – ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


    APPLICATIONS
     To prevent the children kidnapping attempts.
     It is used for aged persons or senior citizens when they are missed or
    forgotten their home place.
     Can be used as legal evidence of crime with location information or
    prosecution.
     It is also useful for aged patients whenever they require any emergency.
     To minimize the women kidnapping attempts.
     It helps the victim to escape when they are attacked by an attacker.
    ADVANTAGES
     Easy and fast to install.
     Wireless connectivity.
     Environmental friendly system.
     Safety device which can be carried by everyone.
     Ultra low power consumption.
     Compact in size.
     Low cost with high performance.
     Less weight.
     Easy coding and maintenance.
     Minute variations are captured by the sensors used.
     Works around the clock.
    CONCLUSION
     The Implementation of this system safeguards the women and children.
     This system mainly focuses on a wireless method which will alert and
    communicates with secure medium based on IOT.
     This type of an idea being the first of its kind plays a crucial role ensures
    women and children safety and protection in the fastest way which is
    possible automatically.
     The proposed design deals with critical issues faced by women in the
    recent past and will help to solve them through technologically sound
    gadgets .

    PROJECT PHASE 1 – ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE


    REFERENCES
     G C Harikiran, Karthik Menasinkai, Suhas Shirol, “Smart security solution for
    women based on Internet Of Things”IEEE 2016, Volume: 3.
     A. Helen, M.Fathima Fathila, R.Rijwana, Kalaiselvi .V.K.Ga, “smart watch for
    women security based on iot concept ‘watch me”,ICCCT 2017.
     L Gatzoulis, I Iakovidis, “Wearable and Portable eHealth Systems”, IEEE
    Engineering in Medicine and Biology Magazine ( Volume: 26, Issue: 5, Sept.-
    Oct.2007).
     Alexandros Pantelopoulos, Nikolaos G. Bourbakis, “A Survey on Wearable
    Sensor-Based Systems for Health Monitoring and Prognosis”,IEEE Transactions
    on Systems, Man, and Cybernetics, Part C (Applications and Reviews) ( Volume: 40,
    Issue: 1, Jan. 2010 ).
     F. M. Machado, E. G. Bertogna, M. A. Sovierzoski, An IoT Approach to an ECG
    Online Monitor System in an Android Application, Conference paper First Online:
    07 April 2017.

    PROJECT PHASE 1 – ZEROTH REVIEW - 18.09.2017 - SIET , COIMBATORE

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