This document presents a proposal for an Embedded Wireless Voting Machine (EWVM) as an improvement over existing electronic voting systems. It outlines the objectives, introduction, limitations of current electronic voting machines, and proposed system using embedded systems and wireless networks. The proposed system would use an ARM7 microcontroller, GSM module, fingerprint sensor, LCD, and other hardware. It would allow for wireless voting from any location and immediate announcement of results while providing more security than current systems. The document concludes by stating the EWVM could revolutionize India's voting system by being a more advanced, low-cost, and secure option.

1. PRESENTED BY
K.JYOTHI REDDY
M.MAHESH
K.HARIKA
R.DIVYA SREE
C.MOHAN SAI
UNDER THE GUIDENCE OF
M.REDDI SEKHAR, M.Tech.
Asst. Professor

2. CONTENTS
 OBJECTIVES
 INTRODUCTION
 EXISTING SYSTEM
 LIMITATIONS OF EVM
 PROPOSED SYSTEM
 BLOCK DIAGRAM
 HARDWARE REQUIREMENTS
 SOFTWARE REQUIREMENTS
 ADVANTAGES
 CONCLUSION
 BIBLIOGRAPHY

3. OBJECTIVES
Today the biggest democracy in the world faces a lot of problems
and challenges to maintain the democratic rule.
Elections allow to choose their Representatives.
Not so efficient
In this paper we provide a new but basic approach to solve this
problem using embedded systems.

4.  Variety of fraudulent conditions
 The anonymity of a voter’s ballot must be preserved,
 The existence of such evidence would allow votes to be purchased by a
candidate. In order to meet those demands we introduce a new type of
voting system i.e., EMBEDDED WIRELESS VOTING MACHINE.
INTRODUCTION

5. EXISTING SYSTEM

6.  Control unit. Polling station staff press a button to release a ballot for each
voter entering the booth. There is also a "close" button, which, once
pressed, prevents any more votes being cast.
 Balloting unit - this is the equivalent of a ballot paper
 The voter presses the button next to a candidate's name and the control unit
records the vote. At the count, it says how many votes were cast and for
whom.

7.  In this Electronic Voting Machine (EVM) system of voting ,we
have no security and there is lot of chances for malpractice.
 Results cannot be announced immediately.
 It Requires more manual work .
 Election commissioner cannot watch the voting in his place.
So, we go for Our
EMBEDDED WIRELESS VOTING MACHINE
(EWVM)

8.  We have a large GSM based Network
 By using this GSM Network ,we introduced a new Voting
System Called Embedded Wireless Voting Machine
 Simply called it as EWVM

9. L
P
C
2
1
0
3
F.P DRIVER
FINGERPRINT
MODULE
LCD
GSMMAX
232
MOBILE

10.  CONTROLLER (ARM7 LPC 2103).
 GSM MODULE
 FINGER PRINT SENSOR
 LCD
 POWER SUPPLY UNIT
 MAX 232 IC.
HARDWARE REQUIREMENT FOR IMPLEMENTATION OF THE FUNCTION MODULE

11. FOR LPC 2103 BASED
 The KEIL MDK-ARM is a complete software development environment for ARM7 (LPC 2103).
 Flash the device using FLASH MAGIC, a free software utility sponsored by NXP.
LANGUAGE
 All editions provide a complete Embedded C/C++ development environment and KEIL
includes extensive middleware libraries.
PLATFORM
 WINDOWS XP.
SOFTWARE REQUIREMENT FOR IMPLEMENTATION OF THE FUNCTIONAL MODULE

12.  Time reducing one.
 Provides more security.
 Vote from any region of area.
 Reduce manual work.
 Result can be announced immediately.
 One time investment.
 Election commissioner can watch the voting in his place.

13.  Though the idea is a basic one this may play a vital role in the
future.We hope that EWVM will create a revolution in Indian
voting system. This system is fool proof in electoral voting
campaign. As this system is advancement of the existing
technology, it is easy to implement at least cost. We are sure the
above system will create a revolution among the people in the
electoral voting system.

14. ANY
QUERIES