Hi Abdelrahman,
The functionality of a “parfor”-loop in MATLAB is to simplify repeated loop iterations by executing a series of statements in the loop body in parallel. It must also be ensured that the “parfor”-loop iterations are independent. “parfor”-loop iterations have no guaranteed order, while the iteration order in for-loops is sequential. Please find the MATLAB documentation on “parfor”-loop iterations- https://www.mathworks.com/help/parallel-computing/ensure-that-parfor-loop-iterations-are-independent.html. Here is a guide on when to use “parfor” from the MATLAB documentation- https://www.mathworks.com/help/parallel-computing/decide-when-to-use-parfor.html.
For simultaneous transmission and receiving using the ADALM-PLUTO hardware, please refer to this MATLAB documentation page- https://www.mathworks.com/help/comm/plutoradio/ug/setup-for-two-radios-connecting-to-one-host.html. In this example, a single ADALM-PLUTO hardware operates two independent radios that can be configured separately for transmission and receiving.
For common problems and fixes for the ADALM-PLUTO hardware, please refer to this MATLAB documentation link - https://www.mathworks.com/help/comm/plutoradio/ug/common-problems-and-fixes.html.
Hope this helps!
Raghava
