Differences

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--- gnu_radio_lora_dynamic_phy_layer [2021/06/15 16:55] – pesteve
+++ gnu_radio_lora_dynamic_phy_layer [2021/06/16 09:49] – pesteve
@@ Line 7: / Line 7: @@
 ## Pull the docker image
-In order to follow this tutorial, we will use the docker image found on [Dockerhub](https://hub.docker.com/repository/docker/estevep/lora_dyn_phy-cxlb).
+In order to follow this tutorial, we will use the docker image found on [Dockerhub](https://hub.docker.com/repository/docker/estevep/lora_dyn_phy-cxlb), which includes the CorteXlab toolchain, alongside a [GitHub repository](https://github.com/AmauryPARIS/LoRa_PHY_Cxlb/) properly configured.
 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_sc|scenario]] section.
 ## Create your docker image
@@ Line 97: / Line 97: @@
 If you want to modify this scenario, for example in order to automatize the experiment, check out the first tutorial on how to use docker with CorteXlab [[gnu_radio_docker_benchmark_example#create_the_scenario|here]]. It explains the functioning of the `scenario.yaml` file and the other possibilities it offers.
-For more info on where these nodes are located inside the platform, please check the node position map at the home of this wiki.
+For more info on where these nodes are located inside the platform, please check the node position map at the home of this wiki [[doc#node_position_map|here]].
 Assuming your account has been correctly created, you can now copy the folder with the scenario file into the Airlock SSH front-end: