This is about the global wireless e-voting machine which is highly secure and reliable as compared to traditional system

1. GLOBAL WIRELESS E-VOTING
SYSTEM
Presented by –
Ankita Khadatkar
Roll No : 105
Section : B

3. CONTENTS
 Introduction
 Present system
 Disadvantage of present system
 Proposed system
 Block Diagram of Voting machine
 Eye retina scanning
 Interface device
 Hurdles in the path of implementation
 Future enhancement
 Conclusion
 References

4. INTRODUCTION
 In this the machine is made intelligent which can
determine the eligibility of voter by scanning the eye
pattern
 The vote count is not kept on the same machine itself
instead of it is stored in the remote server by converting
it into radio waves

5. PRESENT SYSTEM

6.  In present system each and every section is given a
electronic machine which stores the vote of the people
 Control of present system is given to the in charge officer
who checks the eligibility of the candidate for the voting
 Finally all the voting machines got collected at a place for
counting

8. DISADVANTAGE OF PRESENT SYSTEM
 The machine is not able to recognize the eligibility of the
candidate, so the corrupted officer may misguide the
people
 The corrupted officer may increase the count of the votes
 After voting if any technical damage occurs with the
machine it may lead to the re election

9. During transportation of the machines the in charge person
may change the status of machine and even may destroy it
This system is not the cost effective one as it need secure
place for counting, secured officer and election place
The voting takes place where the machine is located
Continued….

10. PROPOSED SYSTEM
In this system we are trying to keep counting of votes into a
remote secured system
In this system the electronic circuit is used which enable
voter to vote and transfer this vote to the remote system by
converting it to radio waves through the mobile towers
This machine can check the eligibility of the candidate by
itself, so miss voting can be avoided

11. Continued….
No need of re election even if the machine got damaged
A person can even vote from a mobile system and also from
internet

12. BLOCK DIAGRAM
Alert alarm
Voting
machine Interface
device
Retina
scanner Server or
distributed
LAN +
interface
deviceMobile tower
1
2
345
5
6
Ready signal
Vote flow channel

13. Continued….
Acknowledgement from mobile tower to interface device
Ready signal if retina is scanned properly to voting machine.
And if –ve signal then alert alarm will be activated
Accepted votes is made to flow to the interface device

14. EXPLAINATION
Radio waves representing scanned retina pattern and vote
to mobile tower
Radio waves representing scanned retina pattern and vote
to remote server
Acknowledgement of the server to mobile tower

15. VOTING MACHINE
The voting machine is actually a device which generates the
different voltages for different votes these voltages are fed to
the ADC which then converted to digital bits and then
converted to radio waves

16. EYE RETINA SCANNING
The eye retina machine be a simple
web cam or device which can capture
the images effectively.
The captures image will be represented
in the form of a matrix where each pixel
represents 24-bit(RGB, 8+8+8 format)

17. INTERFACE DEVICE
This is electronic kit which converts the input digital signals such
as retina patterns, votes or secure bits to radio waves

18. WORKING OF THE WHOLE SYSTEM
Whenever voters enter to voting booth then he will be
instructed to directly look at retina scanning machine and the
machine scans the retina
Once retina scanning is confirmed properly the voter is made
to vote
Now the whole data including the retina pattern is sent to
interfacing device which converts it into radio waves and these
radio waves are sent to mobile tower

19. And then to the remote server, where the authentication
and voters identification is stored into a secured place
The received data is first converted into digital format from
the radio waves through the interface device kept at the
server side, and then retina pattern and vote are separated
Next the retina pattern is matched against the existing
database
Continued….

20. If match is found then flag is checked which indicates its
voting status i.e. +ve acknowledgment
 This acknowledgement is recognized by the receiver kept
at the voter side and machine is made to scan next retina
pattern and vote, otherwise if –ve acknowledgment the alert
alarm is made to ring
Continued….

21. HURDLES IN THE PATH OF IMPLEMENTATION
 Security
 Geographical problem

22. SECURITY
 Uses key complex Encryption Algorithm
 First it finds length of the string
 Generate the random numbers equal to the length of the
string
 Add the corresponding characters from the given string and
random values

23. GEOGRAPHICAL PROBLEMS
 It occurs where the technical facilities like mobile tower
or internet service is not present
 In this case will covert the vote and retina pattern into
the electrical information
 And passes it through the electrical conductors until it
reaches the area where the technical facilities like
internet or mobile tower is available
 Here the eye scanner will be web cam

24. CONCLUSION
 Provides high level of security, authentication, and
corruption free mechanism
 By this we can get result with in minute after the
completion of voting
 Minimum manpower utilization hence mechanism is error
free

25. REFERENCES
 www.wikipedia.com
 www.slideshare.net
 www.howstuffworks.com
 http://catchupdates.com/global-wireless-e-voting/
 http://www.seminarsonly.com/computer%20science/Gl
obal_Wireless_E-Voting.php
 http://www.authorstream.com/tag/seminar+report+on+
global+wireless+e+voting