EXTREME SECURITY:AUTOMATED INTRUDER ELIMINATION

SYSTEM

Rick MillsEastern Kentucky University

Dept. of Technology, CET

2

OUTLINE Motivation – provide X-treme

security Introduction – research crime and

existing security options Problem statement – provide true

security and peace of mind Proposed solution – X-treme

security through the use of technology and innovation

3

OUTLINE Results - three unique control

systems providing total security Conclusions – research +

preparation + planning = success Future work – building upon

success Q&A

4

MOTIVATIONCrimes committed during the first 6

months of 2009 in Lexington, Kentucky. Violent crimes………..………………..866Murders…………………..…………………7Robberies………………….…………….249Aggravated assaults………...……….558Property crimes……………………..4,598Burglaries………………………….....1,101Motor vehicle thefts………………….271Arsons……………………………………...13

U.S. Department of Justice — Federal Bureau of Investigation. (2009, December)

5

MOTIVATION (CONT.)

Property Loss Property Damage Loss of Peace of

Mind

6

INTRODUCTION Existing security systems

Need for a more secure system

Combining technologies

Implementing system

7

PROBLEM STATEMENT Design a system to provide

true security Incorporate multiple

technologies in the system Provide system

troubleshooting tools Give the system a marketable

appearance

8

PROPOSED SOLUTION Determine the design

Specify components

Develop sequence of operation

9

PROPOSED SOLUTION Determine input and output

distribution

10

PROPOSED SOLUTION Design control logic

Programmable Logic Controller logic

Personal Computer Interface Board logic

Basic Stamp 2 microprocessor logic

11

PROPOSED SOLUTION Programmable Logic Controller logic

RSLogix 500 (industrial experience)

12

PROPOSED SOLUTION Personal Computer Interface Board

logic QBasic (classroom experience) QBasic Program for the Computer Interface Board

REM Program for Intruder Elimination 8 Project

1 A = INP(768)CLSOUT 768, 0IF A = 1 GOTO 2 ELSE 1

2 COLOR 10CLSBEEP

PRINT " "PRINT " "PRINT " "PRINT "             INTRUDER ELIMINATOR ON"SLEEP 7

13

PROPOSED SOLUTION Basic Stamp 2 microprocessor logic

PBasic 2.5 (self-taught)' {$STAMP BS2}' {$PBASIC 2.5}

' -----[ Program Description ]-----------------------------------------

' This program controls the 24v portion of the IE8

' -----[ I/O Definitions ]------------------------------------------------

' Inputs

PlcAlarm PIN 15IbWarningDn PIN 14IbBuzReq PIN 12IbConvReq PIN 11

'  Outputs

Buz24v PIN 10PnuSol24v PIN 9Cnvey24v PIN 8

14

PROPOSED SOLUTION Design and build power distribution

panel

15

PROPOSED SOLUTION Design and build controls circuits

PLC Output to PCIB Input Circuit

PCIB Output to PLC Input Circuit

16

PROPOSED SOLUTION Integrate components into system

Troubleshoot circuits and operations

Give the system a marketable appearance

17

RESULTS A fully operational security

system A security system that

incorporates three unique control systems

A security system that attacks the problem, not the symptom

The satisfaction of a job well done

http://studentweb.eku.edu/rick_mills36/Ricks Projects.html

18

RESULTS

MicroLogix 1000

Basic Stamp 2

PC Interface Board

Transistor Board

19

RESULTSIntruder Eliminator 8

20

CONCLUSIONS The Capstone project covered all

phases of project development Self-teaching is possible with

appropriate tools Planning is essential to project

completion

21

FUTURE WORKPossible extensions could

include: Additional sensors

Additional warnings

Additional deterrents, i.e. Tazers…

22

23

RickWMills@yahoo.com

THANK YOU!

24

REFERENCESU.S. Department of Justice — Federal Bureau of

Investigation. (2009, December).Preliminary Semiannual Uniform Crime Report, January to June 2009. Retrieved April 15, 2010 from World Wide Web: http://www.fbi.gov/ucr/2009prelimsem/table_4il-mo.html

25

ACKNOWLEDGEMENTS Special thanks to Dr. Vigyan

Chandra, our beloved Professor Vigs, for your dedication, devotion, and commitment to teaching and your students.

26

Dedicated to the memory of my beloved son,Jeremy Wayne Mills

February 25, 1981 – October 8, 2000