Barlee, Kenneth and Stewart, Robert and Crockett, Louise (2016) Rapid development of software defined radio : FMCW radar on Zynq SDR. In: University of Strathclyde Faculty Research Presentation Day, 2016-06-22 - 2016-06-22, University of Strathclyde.
Barlee_Stewart_Crockett_2016_rapid_development_of_software_defined_radio.pdf - Final Published Version
Download (4MB) | Preview
FMCW Radar is a relatively simple radar technology. Here, an FMCW chirp is transmitted, bounces off a surface and reflects back to the receive antenna. The received signal is out of phase with the transmitted signal, due to the additional propagation time. The time difference between the Transmit (Tx) and Receive (Rx) chirps is directly proportional to the distance travelled (distance-speed-time), and by calculating what the time difference is, the propagation distance can be estimated. A standard use case for FMCW radar is Adaptive Cruise Control. The Coffee Can Radar project was originally developed by academics at MIT . As part of a radar course, it aims to have students build FMCW radars from $100 worth of analogue components that are capable of estimating range. These radars do not work in real time, as the received signals need to be processed offline in MATLAB. Using this as a starting point, work was carried out to develop a similar system that could operate in real time using only SDR equipment. A Zynq ZC706 development board was chosen for this task, along with an FMCOMMs 3 radio front end.
|Item type:||Conference or Workshop Item (Poster)|
|Keywords:||radio, software defined radio, dsp, digital signal processing, zynq, rtl-sdr, usrp, radar, fmcw, coffee can, Electrical engineering. Electronics Nuclear engineering, Signal Processing, Electrical and Electronic Engineering|
|Subjects:||Technology > Electrical engineering. Electronics Nuclear engineering|
|Department:||Faculty of Engineering > Electronic and Electrical Engineering|
|Depositing user:||Pure Administrator|
|Date Deposited:||25 Oct 2016 10:33|
|Last modified:||01 Apr 2017 10:30|