There are a few good books out there like "Digital Communications" by Proakis. Try writing some algorithms in MATLAB or python with all the pylab tools.
It doesn't sound like you really know how to use gentoo based on what you're saying. I've built KDE and a system from scratch and it doesn't take one day let alone three. Also, don't set USE flags system wid unless you know you want to, that's what/etc/portage/package.use is for. And by the way, there's no newuser switch, it's newuse, as in new use flag.
Don't bash it just because you can't take the time to read the handbook and figure out how to use it.
All recent RF chips for wireless are zero IF nowadays.
Not true, super heterodyne is still very popular.
A SDR approach will use a big DSP (vector DSP even) to do the processing in software.
Not really. Depending on your platform the industry trend is actually going away from DSPs. DSP operations are being implemented in FPGAs these days (since they're faster and the newer Virtex 6 or 7s (and whatever Stratix whatever) are really huge).
You're just talking about different receiver structures (super heterodyne and direct conversion respectively). There's no receiver structure that's specific to SDR (in fact the USRP, which is an SDR, has a super heterodyne structure). IQ sampling doesn't have anything do with receiver structure either, super heterodyne receivers and direct conversion receivers can have IQ sampling (the USRP, a super heterodyne as I mentioned, implements IQ sampling). Also, implementing a filter with a sharp transition band is due to using a digital system, there's nothing special about SDR that let's you implement a 500 tap FIR filter, there *is* something special about digital system (FPGA, ASIC, DSP, GPP) that let's you implement a 500 tap FIR filter.
I did my MS thesis on wideband spectrum sensing (just about everything under 2.2 GHz). Turns out the spectrum isn't actually overcrowded, it's underutilized, especially over 500 MHz. Look at some papers by the Shared Spectrum Company www.sharedspectrum.com/. This is common misperception and it's the result of FCC policies (that they're working on changing). The underlying problem is that institutions that have spectrum allocated for them now actually need it, just not most of time.
Slashdot Mirror
already exists!
http://modernistcuisine.com/recipes/starch-infused-fries-2/
Here's a list of congressmen to vote out:
http://clerk.house.gov/evs/2013/roll412.xml#N
This seems consistent with the Mandiant report, at least the Spear Phishing attacks and maybe the tools?
Use your laptop and desktop together with synergy... if your latency is low it's the best way to go.
There are a few good books out there like "Digital Communications" by Proakis. Try writing some algorithms in MATLAB or python with all the pylab tools.
The author of the register article also doesn't seem to know the difference between legislation and litigation.
It doesn't sound like you really know how to use gentoo based on what you're saying. I've built KDE and a system from scratch and it doesn't take one day let alone three. Also, don't set USE flags system wid unless you know you want to, that's what /etc/portage/package.use is for. And by the way, there's no newuser switch, it's newuse, as in new use flag.
Don't bash it just because you can't take the time to read the handbook and figure out how to use it.
Gentoo's not for everyone, certainly not you.
How does Windows calculate how much time is left on your file copy?
I'm more interested in how london is a police state under martial law because of the olympics.
Oh please, London was a police state before the Olymipics.
I'll care when the Olympics are ON Mars.
If you can afford it ($700, diskless) Drobo is easily the best storage small business storage solution out there.
big difference between dollars and Swedish kronor
10.6 million what?
Imposing laws on law breakers always works.
I'd like to ask some questions....
All recent RF chips for wireless are zero IF nowadays.
Not true, super heterodyne is still very popular.
A SDR approach will use a big DSP (vector DSP even) to do the processing in software.
Not really. Depending on your platform the industry trend is actually going away from DSPs. DSP operations are being implemented in FPGAs these days (since they're faster and the newer Virtex 6 or 7s (and whatever Stratix whatever) are really huge).
You're just talking about different receiver structures (super heterodyne and direct conversion respectively). There's no receiver structure that's specific to SDR (in fact the USRP, which is an SDR, has a super heterodyne structure). IQ sampling doesn't have anything do with receiver structure either, super heterodyne receivers and direct conversion receivers can have IQ sampling (the USRP, a super heterodyne as I mentioned, implements IQ sampling). Also, implementing a filter with a sharp transition band is due to using a digital system, there's nothing special about SDR that let's you implement a 500 tap FIR filter, there *is* something special about digital system (FPGA, ASIC, DSP, GPP) that let's you implement a 500 tap FIR filter.
I work for DoD indirectly (not a defense contractor) and my emplyoer cannot hire non-US citizens, so there are exceptions to that rule.
Actually Guinness is a UK owned company. Diageo owns Guinness
I did my MS thesis on wideband spectrum sensing (just about everything under 2.2 GHz). Turns out the spectrum isn't actually overcrowded, it's underutilized, especially over 500 MHz. Look at some papers by the Shared Spectrum Company www.sharedspectrum.com/. This is common misperception and it's the result of FCC policies (that they're working on changing). The underlying problem is that institutions that have spectrum allocated for them now actually need it, just not most of time.
TSA would be required to choose an 'independent laboratory'
If the TSA is choosing the lab then this isn't going to accomplish anything
You can get better accuracy by remaining stationary and averaging you location.
Which I was I bought my phone outright, it's an N900 though.
They should use ITAR as a model. Though the A stands for Arms, it covers a lot more than firearms from my experience.
- Truly deep and telling story lines that make you think about the wonderous possbilities
Watch PBS!