I heard that "the whole nine yards" refers to some type of WWII aircraft whose cannons held 27' (9 yards) worth of ammunition. When the fighter came into contact with an enemy aircraft and expended all of his ammo, he told them "I gave him the whole nine yards." I have no idea where I heard...
Hi --
I'm am just about to switch gears in my career of high-end water resources research (academic) to the professional consulting world. One of my first projects with this new company will be putting together "Drinking Water Master Plans" for eight individual military installations. While I...
I know in many professions, such as Accounting, Finance, or Marketing, there are the "Big Firms" that pretty much hire the best of the best (Deloitte & Touche, Accenture, Proctor & Gamble, etc...). Many of those jobs are considered prestigious by their peers, and slouches typically need not...
miprimo,
I'm not exactly sure what you're looking to do, but if you're looking to do the job of a civil engineer, you're wasting your time if you do not get a civil engineering degree. Even if you do learn the principles and theory from a book or two, you'll never get paid as much as a...
You can take the fourier transform of any signal, regardless of length, so the short nature of this data wouldn't preclude its use. However, it sounds like you've tried that route.
What about using a correlation algorithm? In my line of work, we use these to track a particular pattern as it...
This certainly won't solve your problem entirely, but to shed more light on the situation you could try performing a spectral analysis on the signal (i.e. take the DFT of the signal). That would at least tell you how much power is alloceted at each frequency.
Good idea, Dr. Mike. Thanks for the help. Saves me MASSIVE computing time. Seems like the Mathworks guys would just make something like this a built-in function for us dummies. ;)
I'd like to multiply a 1-D vector by a 2-D array without using a loop. Here's what I currently have:
A = ones(10,10);
z = 1:10;
for i = 1:length(z)
result(:,:,i) = z(i)*A;
end
Is there any way to do some sort of dot product between z and A that achieves the same result?
Thanks
I know this is a long shot, but has anybody here ever used the Image Acquisition Toolbox to get images via a firewire connection? I'm having MAJOR problems with it and am now on a first name basis with the Mathworks troubleshoot guys.
Uh, you may want to check your dynamic viscosity. I think you're about 5 orders of magnitude too large. Looks like that'll solve your "seems off" problem.
I actually have a similar need as well, but instead of a uniform shift in x, I'd like to have the shift in x be a function of y. Not sure this is even possible, but it's worth a try since right now, I am shifting pixel by pixel in with a fortran script.
Hello,
I'm doing a bit of research on how consulting firms and hydraulic modelers accomplish their environmental data collection, specifically obtaining flow rates, contaminant concentration, temperature, dissolved oxygen, etc... in rivers, lakes, and near shore coastal environments. Many...
