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--- gnu_radio_lora_dynamic_phy_layer [2021/06/15 17:09] – First draft, TODO : Run experiment section and explanation of the project structure and files 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.
-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, follow the guidelines in the section below. If not, go directly to the [[gnu_radio_lora_dynamic_phy_layer#create_sc|create scenario]] section.
+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, follow the guidelines in the section below. If not, go directly to the [[gnu_radio_lora_dynamic_phy_layer#create_the_scenario|create the scenario]] section.
 ## Create your docker image
@@ Line 115: / Line 115: @@
 ## 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#creating_the_task_file] for more information on minus.//
+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#creating_the_task_file|here]] for more information on minus.//
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