lost this deep into it...
Again, thanks for any assistance
-Ben Olsen
On 4/16/07, Ben Olsen <[EMAIL PROTECTED]> wrote:
Hello!
I'm trying to implement a scheme in which I have a receiving node
accept a frequency to tune to from a sending node, and I would
appreciate any advice how to
the lines of:
(message = *access to the depths of the demodulation blocks and packet
queues, giving me the string "desname.sourcename.str(frequency)" *)
parsed = message.split('.', 3) # to tokenize the message between the '.'
# n
onnect(self.packet_transmitter1, self.chan_filt1, (self.adder, 0))
fg.connect(self.packet_transmitter2, self.chan_filt2, (self.adder, 1))
Hope this helps. -Josh
Ben Olsen wrote:
> Hello,
>
> I am having a problem in trying to add multiple complex filter outputs
> using the gr_add_cc code, I think the soluti
Hello,
I am having a problem in trying to add multiple complex filter outputs using
the gr_add_cc code, I think the solution might be pretty simple but I'm not
very experienced with GNURadio! (I'm working on it...)
Here is a code snippet:
~~
self.packet_transmitter1 = blks.gmsk2_mod_pkts
Hello,
I'm trying to use the freq_xlating filter to select a narrowband portion of
a wideband signal, but I'm a bit confused as to exactly how much I'm
changing the center frequency of the filter from the baseband value. Could
someone break it down for me please: here is where i create the filte
Hello,
I have a bit of a confusion concerning the decimating Channel filter in
the stock receive_path.py script that I'm using with the GMSK rx and tx
python script:
The filter coefficients for the chan_filt filter are determined by the
gr.firdes.low_pass() function, which takes, among other arg
Hi,
Following up on my last question (thanks for replying Jonathan and
Eric!), I would now
like to have the data from gr_nlog10_ff() to manipulate, such as
printing on the
screen or eventually inputting into a simple threshold decision
block. For the time being, I'd like to print to the screen.
Hi,
I'm trying to determine the strength of a complex filtered signal from
a USRP board; that is, I take the data from the USRP board and I
lowpass filter it, and now I'd like to either fft then integrate the
complex output to get the signal energy, or just straight away do
a sum on the sequence
Hi,
I'm analyzing transmission between two Ettus USRP boards using the
benchmark_gmsk_tx and _rx.py scripts and I have a question regarding
the rssi (received signal strength indicator) circuits, because i've
noticed some strange behavior. Let's say I transmit at a center
frequency of 2440 Mhz, w
