The staggering of the imaginary part in combination with the half sine
pulse shape, makes the constellation point move on the unit circle.
During a bit period it makes a 90 degree transition to one of the
neighboring constellations (encoding the 0 and 1). It doesn't actually
stay at the ideal c
Hi,
On 07/08/2017 05:03 AM, Tellrell White wrote:
Hello Guys
I'm currently using the IEEE 802.15.4 PHY. I've added a random source to
the flow graph and also a qt gui time and constellation sink. I have two
questions, why does the constellation plot attached show more than the
usual 4 constel
That did it. Thanks.
I'm now able to see an output. Just out of curiosity, is the packet pad really
needed??
I have it connected to the rx-in port of the IEEE 802.15.4 PHY. Without anyting
connected to that port I'm getting a qpsk demod error.
RegardsTellrell
On Wednesday, January 25,
On 01/25/2017 11:19 AM, Tellrell White wrote:
> I'm looking at energy detection of an IEEE 802.15.4 signal. I was hoping
> to be able to utilize the development done minus the higher layer
> functionality and use the physical layer transceiver sending some data
> so that I could do the energy detec
Hi,
> On 24 Jan 2017, at 20:41, Tellrell White wrote:
> I recently installed the gnu radio based IEEE 802.15.4 based test bed. My
> question is if I don't need the higher layer functionality (Application
> layer, Network layer) and I just want to be able to transmit some random data
> using t
