About real-time computing

[wer5546]

I would like to ask if I want to use GnuRadio Python Block to design a real-time computing Block, how should I design it? I hope to do a 2 norm operation after collecting 32,000 ratio data.

[songentle]

Designing a real-time computing block with GnuRadio Python Block for a 2 norm operation on 32,000 ratio data involves creating a custom block.tunnel rush Utilize GnuRadio's Python API for signal processing and implement the 2 norm operation on the collected data. If you need further guidance, feel free to provide more details for a more tailored response!

[bubblyeducate]

Designing a real-time computing block with GnuRadio Python Block for a 2 norm operation on 32,000 ratio data involves creating a custom block. Utilize GnuRadio's Python API for signal processing and implement the 2 norm operation on the collected data. If you need further guidance, feel free to provide more details for a more tailored response!

Do you have any similar tools?

[wer5546]

I finally used the FIFO method to process.

[Andlonimper]

To design a real-time computing block in GnuRadio using the Python Block, you can utilize the Embedded Python Block feature. This allows you to create custom blocks in Python without the need for an Out of Tree (OOT)

[Gregg Rodriguez]

Designing a real-time computing block with GnuRadio Python Block for a 2 norm operation on 32,000 ratio data involves creating a custom block. Utilize GnuRadio's Python API for signal processing and implement the 2 norm operation on the collected data. If you need further guidance, feel free to provide more details for a more tailored response!

GNU Radio uses out-of-tree (OOT) modules to extend its functionality. You can create a new OOT module using gr_modtool.

[andreen]

Edit the generated Python block file slither io (likely located at my_custom_blocks/python/my_custom_blocks/norm_computation.py). Implement the logic to compute the 2-norm of 32,000 data points.