Hi grarpamp,
> Is there a more general, gnuradio agnostic, SDR list?
Puh, the SDR community is huge, and we're probably one of the largest
forum amongst them; I really don't know
> IEEE probably doesn't accept papers dealing with, at least in part,
> possibly applied toward "illegal in some jurisd
On 6/1/16, Marcus Müller wrote:
> Well, then this discussion gets quickly out of scope of GNU Radio – you
> see, GNU Radio is mostly for complex baseband signal processing, and
> that kind of radio really depends on things being done in hardware. So,
> not SDR.
The paper specifically called to SD
Hi Grarpamp,
On 01.06.2016 05:24, grarpamp wrote:
> On 5/29/16, Marcus Müller wrote:
>> If you spread it extremely wide and basically put the power level
> Probably more like this than in your first larger paragraph.
Well, then this discussion gets quickly out of scope of GNU Radio – you
see, GNU
Oh and,
On 01.06.2016 05:24, grarpamp wrote:
> The paper may have even been posted here, but without an unaltered raw
> copy of the list archives in mbox format available for download for
> people to then load into local MUA's, it's really hard to search for
> such text, links, and attachments. Su
On 5/29/16, Marcus Müller wrote:
> If you spread it extremely wide and basically put the power level
Probably more like this than in your first larger paragraph.
Perhaps crafting arbitrarily fine random vertical divisions of a
spectrum into a very wide line of numerous bit positions, such lines
Indeed, I should've mentioned GPS :) Especially since it's a pretty
popular field for SDR implementation nowadays! Now, it wouldn't ever
lend itself to any relevantly high data rate – Shannon's channel
capacity just doesn't allow that.
Anyway, grarpamp, what's up with the funny subject line? What's
On 05/29/2016 01:09 PM, Marcus Müller wrote:
Hi grarpamp,
nice idea, would be a shame if it was already being used, and partly
obsoleted ;)
What you describe, ie. spreading the signal over a large bandwidth is
World War II era innovation, and is nowadays called spread spectrum; and
Hedy Lamar w
Hi grarpamp,
nice idea, would be a shame if it was already being used, and partly
obsoleted ;)
What you describe, ie. spreading the signal over a large bandwidth is
World War II era innovation, and is nowadays called spread spectrum; and
current implementations use pseudorandom bit sequence gener
Imagine noise radiator capable of making your spectrum analyzer
look like /dev/urandom across the board. There's no center frequency,
no clock, no freq hopping, no spreading, no observables, no off the
shelf wireless hardware or reference design... it's not based on that.
To any viewer, it's just b