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Extreme Security: Automated Intruder elimination system. Rick Mills Eastern Kentucky University Dept . of Technology, CET. OUTLINE. Motivation – provide X- treme security Introduction – research crime and existing security options
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Extreme Security:Automated Intruder elimination system Rick Mills Eastern Kentucky University Dept. of Technology, CET
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
OUTLINE • Results - three unique control systems providing total security • Conclusions – research + preparation + planning = success • Future work – building upon success • Q&A
Motivation Crimes committed during the first 6 months of 2009 in Lexington, Kentucky. Violent crimes………..………………..866 Murders…………………..…………………7 Robberies………………….…………….249 Aggravated assaults………...……….558 Property crimes……………………..4,598 Burglaries………………………….....1,101 Motor vehicle thefts………………….271 Arsons……………………………………...13 U.S. Department of Justice — Federal Bureau of Investigation. (2009, December)
MOTIVATION (Cont.) Result: • Property Loss • Property Damage • Loss of Peace of Mind And all too often:
INTRODUCTION • Existing security systems • Need for a more secure system • Combining technologies • Implementing system
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
PROPOSED SOLUTION • Determine the design • Specify components • Develop sequence of operation
PROPOSED SOLUTION • Determine input and output distribution
PROPOSED SOLUTION • Design control logic • Programmable Logic Controller logic • Personal Computer Interface Board logic • Basic Stamp 2 microprocessor logic
PROPOSED SOLUTION • Programmable Logic Controller logic • RSLogix 500 (industrial experience)
PROPOSED SOLUTION • Personal Computer Interface Board logic • QBasic (classroom experience) QBasic Program for the Computer Interface Board REM Program for Intruder Elimination 8 Project1 A = INP(768)CLSOUT 768, 0IF A = 1 GOTO 2 ELSE 12 COLOR 10CLSBEEPPRINT " "PRINT " "PRINT " "PRINT " INTRUDER ELIMINATOR ON"SLEEP 7
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 ]------------------------------------------------' InputsPlcAlarm PIN 15IbWarningDn PIN 14IbBuzReqPIN 12IbConvReq PIN 11 ' OutputsBuz24v PIN 10PnuSol24v PIN 9Cnvey24v PIN 8
PROPOSED SOLUTION • Design and build power distribution panel
PROPOSED SOLUTION • Design and build controls circuits PCIB Output to PLC Input Circuit PLC Output to PCIB Input Circuit
PROPOSED SOLUTION • Integrate components into system • Troubleshoot circuits and operations • Give the system a marketable appearance
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
Results Basic Stamp 2 MicroLogix 1000 PC Interface Board Transistor Board
Results Intruder Eliminator 8
CONCLUSIONS • The Capstone project covered all phases of project development • Self-teaching is possible with appropriate tools • Planning is essential to project completion
FUTURE WORK Possible extensions could include: • Additional sensors • Additional warnings • Additional deterrents, i.e. Tazers…
THANK YOU! RickWMills@yahoo.com
REFERENCES U.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
ACKNOWLEDGEMENTS • Special thanks to Dr. Vigyan Chandra, our beloved Professor Vigs, for your dedication, devotion, and commitment to teaching and your students.
Dedicated to the memory of my beloved son, Jeremy Wayne Mills February 25, 1981 – October 8, 2000