EEL4515 Advanced Digital Communications

Fall 2005

John F Alexander Ph.D. P.E.

EEL4515 Advanced Digital Communications

FALL 2004
 

 

Lecture location: EElab50/3004

Lecture time: M&W 4:30-5:45PM

Lab location: EELab 50/3004

Lab time Monday 12:00-2:50PM



Text: Low-Rate Wireless Personal Area Networks: Enabling Wireless Sensors with IEEE 802.15.4by José A. Gutierrez, Ed Callaway and Raymond Barrett
 

 

Course Description: One of the most fascinating growth areas in electrical engineering is the wireless interfacing of microprocessors. This is evolving so fast that little of the material covered in this class existed when the course descriptions listed a in the catalogue. This is a state-of-the-art technical class with lots of hands-on work.Each student will build a 2.4 GHz digital radio transceiver modules. A Microcontroller will be part of the design and will require software to be developed in C to provide communication and packet protocols and error correction.A working digital radio project is required in this class for each electrical engineering student. Too provide a class focus we will consternate on the new IEEE 802.15.4low data rate wireless network standard known as ZigBee. We have PC boards for bulding up your pwn 2.4 GHz treansiver. We will start with Chipcon's  CC2420 ZigBee chip. 
 

Enabling Wireless Sensors with IEEE 802.15.4 ™ has been designed to complement IEEE Std 802.15.4 which addresses a market need left open by other wireless networking standards. The standard intends to reach a new audience, with new applications that need only moderate data throughput, but require very long battery life. This class will cover the key features that the standard offers to meet the needs of applications requiring low power and low cost wireless connectivity. Low-Rate Wireless Personal Area Networks: Enabling Wireless Sensors with IEEE 802.15.4™ will create awareness among both users of wired low data rate applications and wireless communication professionals who may have use of low data rate applications on how they can implement IEEE 802.15.4 wireless technology.

 

This is a very ambitious course and is going to require lots of time and hard work. Many students wanted to get in but there was not room. If you’re present situation does not allow lots of time please drop and make room for some one who is prepared for many long nights.Also if you don’t have a good technical backgrounds please consider taking this class next year.

 

 

ZigBee Links

 

ZigBee


Chipcom IEEE 802.15.4 Transeiverer Chip

 

Motorola  Freescale

 

MC13192 ZigBee Transceiver chip

 

TI MSP430f449 Microprocessor

 

MicroOsprey MSP430F449 Computer

 

MicroOsprey CC2420 ZigBee Transceiver