IEEE 2016 2017 EMBEDDED SMART VEHICLE SECURITY SYSTEM FOR DEFENDING AGAINST COLLABRATIVE ATTACKS BY MALWARE - PowerPoint PPT Presentation

Loading...

PPT – IEEE 2016 2017 EMBEDDED SMART VEHICLE SECURITY SYSTEM FOR DEFENDING AGAINST COLLABRATIVE ATTACKS BY MALWARE PowerPoint presentation | free to download - id: 855f97-ZjRiM



Loading


The Adobe Flash plugin is needed to view this content

Get the plugin now

View by Category
About This Presentation
Title:

IEEE 2016 2017 EMBEDDED SMART VEHICLE SECURITY SYSTEM FOR DEFENDING AGAINST COLLABRATIVE ATTACKS BY MALWARE

Description:

2016 - 2017 ieee projects, 2016 - 2017 ieee java projects, 2016 - 2017 ieee dotnet projects, 2016 - 2017 ieee android projects, 2016 - 2017 ieee matlab projects, 2016 - 2017 ieee embedded projects, 2016 - 2017 ieee robotics projects, 2016 - 2017 IEEE EEE PROJECTS, – PowerPoint PPT presentation

Number of Views:31

less

Write a Comment
User Comments (0)
Transcript and Presenter's Notes

Title: IEEE 2016 2017 EMBEDDED SMART VEHICLE SECURITY SYSTEM FOR DEFENDING AGAINST COLLABRATIVE ATTACKS BY MALWARE


1
SMART VEHICLE SECURITY SYSTEM FOR DEFENDING
AGAINST COLLABRATIVE ATTACKS BY MALWARE
2
  • Abstract
  • Modern world vehicles are not just
    mechanical devices but are smart enough to make
    decisions and act based on real time inputs. This
    features also results in various technical
    vulnerabilities. So, Security systems are
    inevitably part of todays life. Here in the
    proposed work a real time vehicle security system
    and malware detection system developed and
    implemented. The proposed system will ensure that
    the authorized person will be able to activate
    and use the car and thus ensuring that
    unauthorized access is prevented. When the car
    ignition is to be activated, the security system
    will initially check the persons valid
    authentication and allow the valid user to access
    it. If it detects any unauthorized access, the
    proposed Person Authentication System (PAS) will
    prevent the person to operate the car and it will
    send the alert information image to the system
    controller.

3
  • Existing system
  • In Present scenario security in a car is achieved
    through keyless entry or key code for the car.
    Furthermore RF signals are used to detect the
    particular key is placed in the car. Thus
    security is achieved through above methods.
  • Disadvantage
  • It achieves wireless technology with limited
    options of connecting to particular devices only.
  • It does not know who the driver in the car is, it
    checks only the key placed.

4
Block Diagram
POWER SUPPLY
MICRO CONTROLLER
GSM MODULE
ACTUATOR
SERIAL MODULE
CAMERA MODULE
5
  • Proposed system
  • The proposed system consists of ARM
    processor as control unit, GSM unit, Ignition
    system, PC and a camera. ARM processor is used
    for controlling the overall system. Here LPC2148
    series is used, which has two UART. PC is
    interfaced in UART 0 for image analysis. The
    ignition driver circuit is interfaced with GPIO
    of ARM and interrupt service routine (ISR) is
    used to check whether there is any interrupt from
    the software subsystem. UART 1 is connected to
    GSM modem. In this design the engine unit is
    controlled by a driver circuit.

6
  • If the car is started, ARM processor will give
    the bias voltage to the transistor to switch on
    the relay which in turn switches the car engine.
    Meanwhile the processor will check the interrupt
    service routine. If an interrupt is detected
    which indicates unauthorized access via UART then
    the control unit will put the transistor to
    cut-off which ensures that the engine of the
    vehicle is turned off.

7
  • Advantages
  • These methods are effective to detect malware
    with in a fraction of second.
  • This development will certainly help to utilize
    the data collected in various networks or
    applications in a smart system and provide safer
    environment to live. 

8
  • Conclusion
  • As technology is growing and it is significantly
    becoming part of daily life, its effective use
    becomes very much necessity. As the world is
    moving towards usage of smart applications and
    more autonomous systems are replacing the
    existing ones the proposed system could bring a
    solution in system malware identification and
    image based authentication. Person authentication
    system is an effective mechanism that
    provides inputs for intelligent Car Security,
    thus preventing unauthorized access and use of
    vehicle.
About PowerShow.com