Upload
dhanish-vijayan
View
232
Download
0
Embed Size (px)
Citation preview
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 1/23
BIOMETRIC BASED ATTENDANCE
MONITORING AND GUARDIAN
INFORMING DEVICE
GOPALAKRISHNAN P N NAIR
NARAYANAN POTTY S
DHANISH VIJAYAN
ABHIJITH A
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 2/23
AIM
To design and develop an efficient method for
the attendance marking.
Can be used for other applications likepreventing unauthorized entry.
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 3/23
ABSTRACT
In a classroom environment there are many a cases of Proxy
Attendances and Tailgating to circumvent the actual
attendance being monitored by the management.
In the proposed design we wish to make a n Finger PrintReader (FPR) Based Attendance Monitoring Mechanism with a
Turnstile which will open and close so that only one person at
any given point of time can enter or exit.
When a Student wishes to enter the class he will have to put
his already registered thumb/finger on the FPR, at that time
the attendance for the person will automatically be marked
and the turnstile will open detecting and allowing only person
to enter. The second time the FPR detects the same finger the
attendance is marked for exit.
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 4/23
RESULTS TO BE EXPECTED
Authenticated entry by Relay Mechanism
Automatic data sheet generated
Reporting through email using the set criteria
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 5/23
PLATFORM
Coding in C++ for 8051 series Micro controllerfor Door Controlling Mechanism and fordisplay.
Relay mechanism through ULN2003.
Coding in Visual Basic for
FPR template matching
Generation of Attendance data sheet Email generation
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 7/23
1) Automation of Time and Attendance using RFID Systems
Aysha Qaiser and Shoab A Khan
Bachelors of Software Engineering, Fatima Jinnah Women University, RawalpindiIEEE-ICET 2006
2nd International Conference on Emerging Technologies
Peshawar, Pakistan, 13-14 November 2006
This paper presents a novel concept to improve upon the processes in university
environment using RFID technology. A system is implemented for the Automation of Timeand Attendance using RFID Systems. The Students and Faculty members are provided with
RFID devices/Tags. When these Tags pass through the reader generated interrogation field,
they transmit information back to the Reader, thereby identifying them. The RFID System
makes it possible to monitor the movement of Tagged users and record their Real time data
and pass it to processing system to maintain a Log. Using the recorded information, this
system is capable of (1) Marking Attendance (2) Marking Unauthorized Entry (3) Probation Analysis (4) Attendance Weightage Calculations (5) Submission of Warnings via Emails (6)
SMS to Parents to keep them updated about their childs progress in the institute (7) A
dedicated website for the availability of the processed data for the users of the system. The
entire Processing is done without Human intervention. The system is comprehensive,
effective and efficient, thus can help in automating the students administration.
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 8/23
Proposed Method of
Implementation
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 9/23
2) Fingerprint Verification over the Network and its Application
in Attendance Management2010 IEEE
Quratulain Shafi, Javaria Khan, Nosheen Munir, Naveed Khan Baloch
Computer Engineering Department
University of Engineering and Technology, Taxila, Pakistan
In recent years biometrics has been widely used for recognition of individuals
and access control. Among the different biometric technologies, fingerprint verification has been the most dominant in commercial applications due to its
distinctiveness, persistence and accuracy. In this paper they introduce
verification of fingerprints over the network and its usage in maintaining
attendance. In addition to this, automatically generated reports are updated on
the internet and emailed to the teachers for future correspondence. A Short
Message Service (SMS) is also sent to the parents mobile phones in case of short attendance of students. Moreover, we are also recording the start and
end time of attendance to calculate teachers efficiency.
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 10/23
Model of Attendance Report
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 11/23
3) Wireless Fingerprint Attendance System Based on ZigBee
Technology2010 IEEE
LI Jian-po, ZHU Xu-ning, LI Xue, ZHANG Zhi-mingInformation Engineering College, Northeast Dianli University, China
Aiming at the disadvantages of traditional wire attendance system, a design
method of wireless fingerprint attendance system based on ZigBee technology
is proposed. The system includes terminal fingerprint acquisition module and
attendance management module in computer. It can realize automatically
such functions as information acquisition of fingerprint, processing, wireless
transmission, fingerprint matching, and attendance management.
Considering the fact and topology of ZigBee network, the system designs
wireless local area network which is cluster tree network. To resolve the
problem of time delay when the image is transmitted by ZigBee technology,the traditional transmission mode is improved. The experiment results show
the transmission time is saved over one third and transmission efficiency is
improved greatly. It realized low-cost and high-performance wireless
fingerprint attendance function, which provided a new wireless fingerprint
attendance system for enterprises and institutions.
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 12/23
Proposed Method of
Implementation
ZigBee Model
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 13/23
INITIAL BLOCK DIAGRAM
Micro controller
AT89C51
MAX232
LCD to Display
Name
DC Motor for
Turnstile to
operate
Personal Computer
Biometric
Finger Print
Reader
Internet
connectivity
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 14/23
FEASIBILITYA. Economic Feasibility:
This project does not need a huge budget because the number of FPR used
is limited, the network usage is not much for sending e-mail. The first stages of our
system will need a high budget but later stages doesnt need much.
B. Technical Feasibility:Project needs Computers, network Accessories, fingerprint reader, LCD
screen, microcontrollers and all of this is available now.
C. Operational Feasibility:
It's easy to use because it neither need any operational knowledge nor anyoperator as the system is fully automated.
D. Schedule Feasibility:
The Intended design can be implemented within the specified period for the
project.
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 15/23
CODING & TESTING
Coding is done using C++ program in 8051
Testing by following programs:
Proteus (LCD Display) Keil
Pinnacle (Relay input)
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 17/23
No Task Start End June-
August
September October November Dece
mber
Janu
ary
Febr
uary
Marc
h
1 Project-
Proposal
7th June 15th July Approval University
Exams
2 Data
collection &
Literature
study
1st July 1st August Similar
Projects
Analysised
3 SystemDesign
Phase I
1st
August 15th
September Set up the aimDecide the
plat form
Develop an
initial model
Check the
feasibility
4 InterimPresentation
1
15th
September30th
SeptemberPresentationbased on the
above
schedule
Design PhaseDevelopment
5 System
Design
Phase II
1st
October
30th
October
Design Phase
completion
II
presentation
Interim
ReportSubmission
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 18/23
No Task Start End June-
August
September
-October
Nove
mber
December January February March
6 System
Design
Phase III
30th
Decembe
r
17th
January
Coding & PCB
Designing
7 Interim
Presentati
on 2
24st
January
31st
January
Intermediate
Results
Guide
Evaluation
Presentation
based on Results
8 System
Testing &
Debuggin
g
1st
February
28th
February
Modifications
Required
9 Completio
n of
Project
1st March 20th March Result
Evaluation by
Guides & Co-
ordinators
10 Final
Report &
Presentati
on
Complete
Project
Presentation
and Report
Submission
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 19/23
DEVELOPING MODEL
Micro controller
AT89C51
MAX232
LCD to Display
Name
DC Motor for
Turnstile to
operate
Personal Computer
Biometric
Finger Print
Reader
Internet
connectivity
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 20/23
BIOMETRIC SYSTEM ARCHITECTURE
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 21/23
SYSTEM IMPLEMENTATION
INPUT FROM HARDWARE
LOG FILE CREATION
CALCULATE WEIGHTAGE
PROHIBIT UNAUTHORISED ENTRY
CHECKING FOR SET CRITERIA
SAVING REPORT
SENDING EMAIL
8/8/2019 FPR Attendance
http://slidepdf.com/reader/full/fpr-attendance 22/23
FUTURE WORK PLAN
GSM module can be implemented for sending SMS,incorporated for sending Email Reports.
Multiple wireless FPR used for incorporated detectionusing ZigBee implementation technique.