1. Home Wireless Control with ZigBee protocol Mid Semester Presentation Students Yossi Lempert Natan Keren Instructor Konstantin Sinyuk

2. Project Description Learn the ZigBee protocol and it’s constrains Implement an Access Point – End Point communication via ZigBee Integrate this AP – EP block into a larger Home Wireless Control system

3. Block Diagram End point Access Point Access Point Controller

4. Access Point CAN Connection To other Access Points CAN Connection To other Access Points CAN controller ZigBee unit PIC18LF4620 ZigBee unit End point ZigBee Block Diagram (cont.)

5. ZigBee Module CAN Module ZigBee Module Application Design End Point Access Point

6. Project modules ZigBee module – Controls the AP – EP communication via ZigBee protocol on an RF transmitters CAN module - Controls AP – AP communication via CAN protocol

7. Design Tools Microchip PIC18LF4620 on PICDEM Z boards MCP 2551 CAN transceivers MCC18 compiler using MPLab IDE Protocols Used:  CAN, ZigBee

8. Components and features End Point:  PICDEM-Z board ZigBee protocol stack 2.4 GHz RF transceiver 64 KB flash memory PIC18LF4620 microcontroller Access Point:  PICDEM-Z board  CAN 2.0B peripheral interface The CAN connection maximum transfer rate is 1MB/sec

9. Past projects HWC project by Ehud Ravitz and Lee Blum:  Bluetooth connection between an Access Point and an End Point.  CAN connection between two Access Points. Control System for Smart House project by Albert Achtenberg and Yossi Lempert:  IPAQ remote controller  BT remote controller

10. What have been done so far? Learning the past projects of Home Automation Learning the ZigBee protocol Learning the PICDEM Z board

11. Schedule 14.6.2005 – Start working with the PICDEM Z kit 14.7.2005? – Implement ZigBee Module 2.8.2005? – Implement CAN module ??? – Final report and presentation