1. Smart Surveillance Technology Javier OcasioPerezWilliam Sanchez Rosa Mariel Martinez MarreroAbraham Diaz Santiago

2. Personnel Background Javier Ocasio Perez (Project Manager) Software Development Mariel Martinez Marrero (Hardware Engineer) Hardware Development and intercommunication Abraham Diaz Santiago (Software Engineer) Software Development William Sanchez Rosa (Software Engineer) Software Development and intercommunication

3. Overview Introduction Problem Statement Objectives Possible Solutions Block Diagram Budget Deliverables Associated Risks and Effects Conclusion

4. Introduction Lack of surveillance for sensitive equipment and devices prone to theft. Fast response with appropriate data. Cites:  “After only 20 minutes of watching and evaluating monitor screens, the attention of most individuals has degenerated to well below acceptable levels. Monitoring video screens is both boring and mesmerizing.” – US DoD  “London’s Metropolitan Police, reported that the city’s network of near-ubiquitous public cameras had been ‘an utter fiasco.’ ” – MSNBC  In the past 3 years, the University of Puerto Rico at Mayagüez reported 394 crimes of theft and damage to the property which has summed up to a loss of $125,000 – Office of Quality of Life UPRM

5. The need to improve monitoring of highly sensitive equipment. Time span between situations and reaction. Some equipments require more than just visual monitoring. Currently systems are oriented on domestic and military surveillance. Problem Statement

6. Objectives To create a solution that integrates hardware and software to resolve the problem of security and monitoring of sophisticated equipment.  Incorporate sensors for the monitoring of equipment  Detect movement by image analysis  Access the system by a web application  Shorten the time between situation and response from the administrator.

7. Eyeline Video Software,  Software based – lack of sensors X10 Home Camera Surveillance  Software and camera ProTechComputer  Customized for the customer but expensive Sensorsoft  Customized system – lack of video storage Possible Solutions

8. Smart Surveillance Technology System: Integration of hardware and software solution for monitoring  Hardware Microprocessor, sensors, camera, alarm.  Software Application, web interface, data base.  Communication methods Email, SMS. Our Solution

9. Block Diagram Database

10. Sensors  Collect information from environment. Fire (Smoke) - DD-4018 Smoke Detector Temperature - E52-THE5A- 0/100C Microprocessor  Communication between hardware and software. MSP430F149 Camera  Constantly monitor the equipment location. Web Cam (640 x 480 resolution) 1.3 MP Alarm  For alerting when there is a critical situation. Custom made alarm. Hardware (Prototype)

11. Main Application service.  Logic between hardware and user settings. Microsoft C#. NET 3.5 Framework (MAS) Web Interface  User access to area of monitoring. Microsoft ASP.NET 3.5 Framework & AJAX Data Base  Structure storage architecture MySQL Database Software (Prototype)

12. Budget CategoryCost Salary$15,003.35 Hardware$203.57 Software$0.00 Miscellaneous$68.39 Project Cost$15,275.31 73% Overhead$11,150.98 Total Project Cost$26,426.29

13. Phase 1: Defining the problem  Proposal (September 10, 2008)  Presentation (September 10, 2008) Phase 2: Database and Microprocessor to computer communication  Progress Report #1 (October 29, 2008)  Presentation (October 15, 2008) Phase 3: Sensor data collecting  Presentation (November 5, 2008) Phase 4: Final Prototype and testing  Presentation (November 26, 2008) Phase 5: Final Documentation  Final Report (December 1, 2008)  Final presentation (Date selected by Registrar’s office)  User guide (Dec 1, 2008)  Device and Web interface running together (Dec 1, 2008) Deliverables

14.  Team members Health  Team member leaves group  Hardware or Software failure  Conflicts between team members  Parts do not arrive  Parts Failure  Hurricane and weather conditions Associated Risks

15. Health and Safety  User manual will explain the appropriate use of the system to avoid any health risks. Environment  Compliant with the RoHS directive and appropriate materials for non-toxic disposal. Ethical  Because of privacy issues, signs will be placed in monitored areas Modular Behavior  Implementation of three independent modules.  If one presents problems, it will not affect the logic and behavior of the other modules. Associated Effects

16. Conclusion The system provides more confidence to equipment owners by preventing theft and providing visual evidence for future reference. Lower the time span between a situation and its corresponding reaction to it from the user. Allow remote access to logs, sensor data and visual information via web.

17. Questions?

18. After only 20 minutes of watching and evaluating monitor screens, the attention of most individuals has degenerated to well below acceptable levels. Monitoring video screens is both boring and mesmerizing. – US DoD http://www.ncjrs.gov/school/ch2a_5.html London’s Metropolitan Police, reported that the city’s network of near- ubiquitous public cameras had been “an utter fiasco.” – MSNBC http://www.msnbc.msn.com/id/25355673/page/2/ References