Dear Mr. Kelley,
What a great spammer you must be..!!! You just sent me a spam mail
advertising overweight fat belly weight loss and information on whatever
fat Oprah (thought I don't know what "Oprah" means, actually), has lost in
weight terms.
Please kindly don't send me any spam, since I do ke
http://goo.gl/MLiNph?254=ehinawu&4313&ysaceqi==77908040
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Hi Christopher,
On 01/03/2015 09:56 PM, Christopher Friedt wrote:
> On Sat, Jan 3, 2015 at 1:38 PM, Marcus Müller
> wrote:
>> Then: If I understand you correctly, what you have is an input stream of
>> unsigned (32 bit)ints, each int containing exactly one bit of information:
>> 0x, 0x00
On Sat, Jan 3, 2015 at 1:38 PM, Marcus Müller wrote:
> Then: If I understand you correctly, what you have is an input stream of
> unsigned (32 bit)ints, each int containing exactly one bit of information:
> 0x, 0x0001, 0x0001, 0x, and so forth.
> This format is especially w
On Sat, Jan 3, 2015 at 1:38 PM, Marcus Müller wrote:
> as you noted, this block has a fixed relation between in- and output;
> thus, you can use the sync_interpolator [1] to get rid of the need to
> write your own forecast and calling consume; you'll need to override
> work instead of general_work
Hi Christopher,
as you noted, this block has a fixed relation between in- and output;
thus, you can use the sync_interpolator [1] to get rid of the need to
write your own forecast and calling consume; you'll need to override
work instead of general_work, which is more comfortable. With the
set_out
I'll definitely try the Pack K Bits block - that might just do it!
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Hi list,
I'd like to write a custom block that takes 1, 4-bit symbol and remaps
it to 1, 32-bit symbol. Some code for a general_work() method is below
[1], but it doesn't quite work yet.
It isn't convolutional - i.e. the 4-bits of symbol k, do not overlap
with the 4-bits of symbol k-1 - so it doe
On Fri, Sep 10, 2010 at 09:38:06PM -0400, Scott Storck wrote:
> On Fri, Sep 10, 2010 at 5:11 PM, Jason Abele wrote:
>
> > On Fri, Sep 10, 2010 at 03:59:34PM -0400, Scott Storck wrote:
> >
> > > The other option that would work for me is connecting antenna 0 to WBX 0
> > and
> > > connecting anten
On Fri, Sep 10, 2010 at 5:11 PM, Jason Abele wrote:
> On Fri, Sep 10, 2010 at 03:59:34PM -0400, Scott Storck wrote:
>
> > The other option that would work for me is connecting antenna 0 to WBX 0
> and
> > connecting antennas 1-3 to WBX 1 through a commutator to switch them at a
> > sub-1 kHz freq
If the signals you want to receive are sufficiently close to each other,
you could tune the WBX in the middle and use two independent DDC to
receive two signals with one WBX ...
(I'm not mistaken ...)
Cheers,
Sylvain
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On Fri, Sep 10, 2010 at 03:59:34PM -0400, Scott Storck wrote:
> Jason and Marcus, thanks for your responses. I was afraid that this was the
> case.
>
> Is there a daughterboard out there (besides the BasicRX) that can support 4
> antennas on a single USRP?
Just LFRX
>
> The other option that w
robust machine.
Tell us a little (alot) more about your attempts.
Patrik
- Original Message -
From: Scott Storck
To: Jason Abele
Cc: discuss-gnuradio@gnu.org
Sent: Friday, September 10, 2010 22:59
Subject: Re: [Discuss-gnuradio] 4 RX with 2 WBXs?
Jason and Marcus,
Jason and Marcus, thanks for your responses. I was afraid that this was the
case.
Is there a daughterboard out there (besides the BasicRX) that can support 4
antennas on a single USRP?
The other option that would work for me is connecting antenna 0 to WBX 0 and
connecting antennas 1-3 to WBX 1 t
I have a USRP and two WBX daughterboards. Is it possible to use 4
independent RX antennas (all tuned to the same frequency) with this
hardware setup?
Specifically, here's what I'm trying to achieve:
Antenna 0 -> Side A WBX, RX/TX port -> ADC0 -> DDC0I
Antenna 1 -> Side A WBX, RX2 port -> ADC1 -
On Fri, Sep 10, 2010 at 12:04 PM, Scott Storck wrote:
> I have a USRP and two WBX daughterboards. Is it possible to use 4
> independent RX antennas (all tuned to the same frequency) with this hardware
> setup?
Scott,
The WBX has only one (I/Q) receiver per daughterboard. The two
Antenna ports
I have a USRP and two WBX daughterboards. Is it possible to use 4
independent RX antennas (all tuned to the same frequency) with this hardware
setup?
Specifically, here's what I'm trying to achieve:
Antenna 0 -> Side A WBX, RX/TX port -> ADC0 -> DDC0I
Antenna 1 -> Side A WBX, RX2 port -> ADC1 -> D
Hello
I have built a lower-bit quantization scheme in the rx_bufffer.v using
4-bit samples, storing one byte for each clock sample (for both I and Q)
and then filling up the 16-bit FIFO with another 8 bit value coming from
the next clock sample.
Whan I did some tests and plotted the results e
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