1 / 20

S.W.A.T (Security Watching All the Time)

S.W.A.T (Security Watching All the Time). Jeff Shin Tyler Stubbs Paul Kasemir Pavel Mayyak. Overview. Project Objectives and Purpose Approach Sub-systems Division of Labor Schedule Risks and Contingencies . Project Statement. Home Security and Safety Detection of intruders

berne
Télécharger la présentation

S.W.A.T (Security Watching All the Time)

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. S.W.A.T(Security Watching All the Time) Jeff Shin Tyler Stubbs Paul Kasemir Pavel Mayyak

  2. Overview Project Objectives and Purpose Approach Sub-systems Division of Labor Schedule Risks and Contingencies

  3. Project Statement Home Security and Safety Detection of intruders Intruder prevention by alarms and lights Recording of home activity Generate reports (logs) Allow remote access

  4. Motivation for Implementing Allow home owners to always know what is happening in their house Allow remote access to the system Fend off intruders

  5. System Diagram

  6. Control System Communicates with each sensor Communicates with Visual Station Records data from sensors Responds to events (trigger alarm)

  7. Control System Main control processor: ATMega128 RF link: ZigBee Wireless Internet: TBD Ethernet module Data Storage: SD cards Alarm Trigger: Standard IO Programming: C/C++ using Eclipse Visual Station: Connected via Serial

  8. Sensors Infrared motion detection Magnetic proximity for doors/windows Glass integrity sensor Temperature sensor

  9. Sensors • Simple control processor: ATMega8 • RF link: ZigBee Wireless • Magnetic sensors: HALL effect switch • Glass Integrity: Glass Break Detector • Temperature: Analog or Serial • Infrared Sensor: Self-Designed

  10. Visual Station Contained within a laptop Continuously updating sensor values Graphically displays information Monitor and control system settings

  11. Alarms Lights Noise (siren) Email

  12. Power Sources All parts of the system will be powered by AC All digital components and chips will run at 3.3V

  13. Extras • Control the coffee pot or oven • Lock doors • Camera nodes • Real time graphs of each sensor • Other Control Nodes (Turn on lights, open garage door) • SMS notification

  14. Division of Labor Programming: Paul and Pavel PCB Designs: Paul and Pavel Analog Circuitry: Jeff and Tyler Power Implementation: Jeff and Tyler Sensor Construction and Implementation: Jeff and Tyler Documentation and Testing: All

  15. Gantt Chart

  16. STK 500 Programmer ATMega128 ATMega 8 ZigBee Chips Temperature Sensor IR Sensor Components Magnetic Sensor Broken Glass Sensor PCB Passives Power Circuitry Power Supplies Alarm Lights Alarm Siren Buffer Budget Program MCU on Control System and Sensor Nodes 3 Revs of the Control System MCU 3 Revs each sensor MCU 3 Revs Wireless chips for all MCUs 3 Revs of Temp on all boards 3 Revs of self built IR Sensor 3 Revs of Magnetic Sensor 3 Revs of Broken Glass sensor 3 Revs of PCB (includes shipping/handling) 3 Revs of Passive components 3 Revs of Power for all Boards Power the Control and Sensor Boards Simple Alarm Sound Alarm Allow for unseen costs Budget

  17. STK 500 Programmer ATMega128 ATMega 8 ZigBee Chips Temperature Sensor IR Sensor Components Magnetic Sensor Broken Glass Sensor PCB Passives Power Circuitry Power Supplies Alarm Lights Alarm Siren Buffer Budget TOTAL $85 $45 $48 $60 $30 $30 $30 $90 $120 $60 $90 $35 $15 $10 $77 $825 Budget

  18. Risks/Contingencies • Wireless communication adds to sensor interface complexity*Remove wireless link from sensors. Use simple wires. • Number of remote units increases complexity*Decrease number of remote units

  19. Risks/Contingencies • PC interface functionality of graphing and displaying data*Simplify the Visual Station graphing functionality • Remote access via web server*Simplify the web server or use the Visual Station instead

  20. Questions?? Security Watching All the Time

More Related