- MATLAB script for rectangular-pulse BPSK example. This is a MATLAB m-file with a .doc extension to allow me to upload it here.
- My dissertation from UC Davis, 1992. (Errata)
- The signal files used in the Gallery of Spectral Correlation post.
- read_binary.m for reading my binary signal files into MATLAB.
- theory_and_meas_functions_mat (zipped) for the PSK estimator verification post.
- MATLAB function for creating a SRRC BPSK signal.
- The jpg and MATLAB .fig files for the figures in the digital QAM post.
- My CV.
- Data files for one of the sigidwiki.com posts.
- Comparison PSDs for DeepSig’s three 2016 RML data sets (from One Last Time).
- Images (including .fig) for the plots in the Cumulant Gallery post.
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Very useful blog i could able to undestand cyclostationery in easy manner
The first link appears to lead to a wrong place
Billy: Yes it was in error, thank you! Try it now.
Dr. Spooner,
While I might have missed where you took this down intentionally, it appears there is no link to your theory_and_meas_functions_mat.doc file. The post linked here recommends downloading it from this page, but there is no link. I’m new to the blog, but look forward to implementing some of the techniques described here and verifying them against your results.
Thanks,
Sam L
Thanks for the comment Sam. I had some other recent trouble with stuff on the Downloads page, yet I haven’t messed with most of that stuff in ages. So, I have to take a look. Once I figure out what is going on, I’ll reply again here.
The link to the document had disappeared. I tried to restore it. Let me know if you still have problems. Thanks again Sam.
That worked perfectly! Thanks for the lightning fast turnaround.
Sure thing, Sam. I look forward to hearing about your progress.
Hi Chad, I wondered if you have any examples SCD with OFDM signals?
Thanks for leaving a comment on the CSP Blog Bruce!
I show a couple measured spectral correlation functions for captured LTE signals in the Gallery post (near the end). I have to display them as cyclic domain profiles because the cycle frequencies are numerous and so a typical 3D surface plot would be too confusing to the eye.
In My Papers [16], I show some SCFs for an OFDM signal used in WiFi:
Some slices of the cyclic autocorrelation function for captured LTE are shown in a comment I made on another post.
How to open a .tim file in matlab
Here is what the Downloads page (the page you are commenting on) looks like:
See (4).