gnu_radio_lora_dynamic_phy_layer
Differences
This shows you the differences between two versions of the page.
Both sides previous revisionPrevious revisionNext revision | Previous revisionNext revisionBoth sides next revision | ||
gnu_radio_lora_dynamic_phy_layer [2021/06/16 09:49] – pesteve | gnu_radio_lora_dynamic_phy_layer [2021/06/16 09:53] – pesteve | ||
---|---|---|---|
Line 11: | Line 11: | ||
Thanks to docker, it is possible to deploy a suitable environment on CorteXlab, with gnuradio and needed software. | Thanks to docker, it is possible to deploy a suitable environment on CorteXlab, with gnuradio and needed software. | ||
- | The necessary commands have already been executed on the given image, so it is not necessary to modify it or to commit and push a new image. However, if you want to create new scenarios or applications, | + | The necessary commands have already been executed on the given image, so it is not necessary to modify it or to commit and push a new image. However, if you want to create new scenarios or applications, |
## Create your docker image | ## Create your docker image | ||
Line 115: | Line 115: | ||
## Creating the task file | ## Creating the task file | ||
- | On airlock, before submitting the task to the nodes, we need first to put the task into a format that can be readily understood by Minus. //See [here|gnu_radio_docker_benchmark_example# | + | On airlock, before submitting the task to the nodes, we need first to put the task into a format that can be readily understood by Minus. //See [[gnu_radio_docker_benchmark_example# |
< | < |
gnu_radio_lora_dynamic_phy_layer.txt · Last modified: 2021/06/23 15:58 by pesteve