1. Preliminary Design Review Your Logo Here Team Leader: Thomas C. Null, III Team Members: Andrew Tomlinson, Matthew Gunter Faculty Advisor: Dr. Roger King Department of Electrical and Computer Engineering Mississippi State University

2. Home Command Center Abstract The Home Command Center (HCC) will allow the user specify a complex appliance or lighting control schedule from the main module. The user interface will consist of a keypad and a LCD. The HCC will allow the user to key in this schedule at the main module, plug in a control module at the appliance, and then forget about it. The current design uses X- 10 technology for the appliance control. The timing schedule will always be accurate and not be compromised by power outages, because the HCC incorporates a WWVB time receiver to acquire and maintain the time. All of the subsystems of the HCC are controlled by a BS2-IC, which keeps the schedule in its internal memory. Future additions to the HCC will include: remote access to timing schedules via dial-up or Internet and infrared or RF appliance control.

3. Preliminary Design Review Your Logo Here Team Leader: Thomas C. Null, III Team Members: Andrew Tomlinson, Matthew Gunter Faculty Advisor: Dr. Roger King Department of Electrical and Computer Engineering Mississippi State University

4. HCC Team Tom Null a.k.a. D.K. Senior B.S. Student, Electrical Engineering Leader Andrew Tomlinson a.k.a Fatman Senior B.S. Student, Electrical Engineering Grunt Matt Gunter a.k.a. Catdaddy Senior B.S. Student, Electrical Engineering Grunt Dr. Roger L. King Professor, Mississippi State University Department of Electrical and Computer Engineering Advisor

5. What is the Home Command Center? Primary Function Time Acquisition Method User Interface Dynamic Alarm Scheduling Appliance Control Method

6. Why the Home Command Center? Security during vacation No need to reset clocks No need to check batteries Accommodate for complex schedules

7. Design Requirements X-10WWVBKeypad LCD Hardware Integration/Runtime Software Test Final Product Soft/Hardware Modules Component Integration Component Layout Shipping/Installation Costs

8. UltraLink WWVB Receiver Hardware Integration/Runtime Software Final Product Test LCD KeypadWWVBX-10 Test Why Chosen? WWVB Radio Station Time acquisition Receiver Placement Receiver/Decoder Connections Software

9. Powerhouse X-10 X-10WWVBKeypad LCD Test Hardware Integration/Runtime Software Test Final Product Why Chosen? Functionality Powerline Interface/Appliance Module Connection Software

10. User Interface X-10WWVBKeypad LCD Test Hardware Integration/Runtime Software Test Final Product Why Chosen? Keypad Connection Scanning Software LCD Connection LCD Software LCD Test

11. Module Integration X-10WWVBKeypad LCD Test Hardware Integration/Runtime Software Test Final Product Hardware Modules Integrated Runtime Software Created Menu Structure description

12. Layout and Prototype X-10WWVBKeypad LCD Test Hardware Integration/Runtime Software Test Final Product 5 Components to HCC Internal layout of main module Housing construction External Appearance Connections to external Components

13. Test Specifications Test X-10WWVBKeypad LCD Hardware Integration/Runtime Software Final Product Module Tests Module Integration Prototyping Shipping tests Installation

14. WWVB Test Results Hardware Integration/Runtime Software Final Product Test LCD KeypadWWVBX-10 Test Signal Acquisition tests Quality of Signal Antenna placement Average Time 4.4 min

15. X-10 Test Results X-10WWVBKeypad LCD Test Hardware Integration/Runtime Software Test Final Product Verify appliance control ability Tested on variety of rooms and apps 100% effective in tested house

16. User Interface Testing X-10WWVBKeypad LCD Test Hardware Integration/Runtime Software Test Final Product LCD formatting tests Keypad tests Keypad/LCD test WWVB info display test LCD Test

17. Module Integration Results X-10WWVBKeypad LCD Test Hardware Integration/Runtime Software Test Final Product Bread boarded all components Inter-module software trials Runtime Software trials (in progress) Main module and Antenna housing (in progress)

18. Prototyping Results X-10WWVBKeypad LCD Test Hardware Integration/Runtime Software Test Final Product Component Dimensions 6 x 3.5 x 1.5 inches Power 0.65 Watts < 1 Watt Current 150mA; 300mA supply Cost of prototype = $270.00

19. Shipping and Install Results X-10WWVBKeypad LCD Test Hardware Integration/Runtime Software Test Final Product Before packing: 0.031 cubic feet; 2.8 lbs Packing material description After packing: 10x4x8 inch box; 3 lbs Ease of Installation 5 step process Instruction Manual for menu setup

20. Final Product X-10WWVBKeypad LCD Test Hardware Integration/Runtime Software Test Final Product Estimated Price = $85.00 Small package Flexible usage Fire and forget Scheduling

21. Future Work Expanded Capabilities including: Infrared appliance control RF (wireless) appliance control Software upgrades through serial port to PC Increased capability through computer connection Remote access to HCC which is connected to PC over internet or dial-up

22. Preliminary Design Review Your Logo Here Team Leader: Thomas C. Null, III Team Members: Andrew Tomlinson, Matthew Gunter Faculty Advisor: Dr. Roger King Department of Electrical and Computer Engineering Mississippi State University

23. References D. Parker, Personal Communication, Starkville, Mississippi, USA, September 10, 1999. R. Mack, "WWVBTIME.BS2," ftp://ftp.ulio.com/wwvbtime.bs2, Ultralink, Inc., USA, June 1999. "Basic Stamp Manual version 1.9", Parallax, Inc., Rocklin, CA, USA, 1998. 321BS Manual, Ultralink, Inc., USA, August 1999. "ASIhome Home Automation Products," http://store.yahoo.com/asihome/ newtox10basics.html, ASIhome, USA, 2000. D.G. Newnan and J. P. Lavelle, Engineering Economic Analysis, Engineering Press, Austin, Texas, 1998. A. Williams, Microcontroller Projects With Basic Stamps, R&D Books, Lawrence, Kansasm, 2000. "Product Documentation", http://www.parallaxinc.com, Parallax Inc., Rocklin, CA, USA, 1999.