So I was asked to put up a poster for our major (Computer and Electronic Engineering) for Massey Open Day 2009. To inspire future engineers in our field I guess hehe.
Yes it is time for another update. Awhile ago, I listed the things to do, here I will just sort of talk about what I have done for each objective, and what I plan to do in the future.
Nearer the end of the year, I will be looking at opening access to my SVN (Trac will not be open however).. currently I have all the files related to the project stored in it, I will probably start a new SVN repository and put the CRLibs and all the LabVIEW stuff I have done into the new one (and just sync the private and public svns with commit-hooks or something… does svn repo have user rights?? never seen it before).
Hmmm… I havent posted here for a while (well like a week).. so lets see…
My supervisor (Fakhrul Alam) suggested to me an interesting idea the other day, its about measuring entropy and attempting to detect signals based on it.
Right, so one thing we did find over the past few weeks when doing channel sensing, is that if your window is out of place (so that only a leg of the signal is in the detection window), or too big (compared to the signal you are measuring), you are not going to get much from that detector.
This post is a continuation from the last one (Preliminary wideband channel sensor part 1). Here I am just going to detail a small section of the labView subVI, namely the Thresholding part. Working from part 1, I have consolidated the threshold calculation into a single subVI (Usage in part 2):
Started on a preliminary sensor in LabVIEW last week, I’m going to just summarize the basic ideas behind this part, and then put some screenshots here. Details will be in the report at the end of the project if anyone is interested
Ok… continuing on from the other post.
Noise uncertainty – IEEE 802.22 06/0134r0, Qualcomm
I was going to write the 2nd part of my articles post, but guess I got side tracked when I started looking for ways to write equations.