Only 1 Administrative Domain present with multiple Wi-Fi deployments to enable the use of the Wi-Fi air time management type of showcases if needed. TUB.e Phase 1: LTE added as interferer, CNIT.d (if blank subframes are enabled) , TUB.b, IMEC.a Phase 2: (LTE WiSHFUL enabled added, LTE interferer removed) LTE added in 1st AD. (LTE-WIFI coexistence) TUB.d , CNIT.d, (if collaboration challenge exist) Phase 3: ADD 2nd Second AD. First AD IMEC ZB, 2nd AD TCD virtualized OFDM based networks (frequency separation ? cooperation on the 2.4 GHz band, blacklisting) IMEC.a, TCD.b
The repository is organized with a different directory for each solution, moreover there are three additional directories, solution_global controller, showcase_GUI and lib.
The paradigm of communication between a generic solution and the solution global controller has two different phases. Phase 1: The solutions use a request/reply format to register them on solution global controller ( the following information are required for the registration procedure: Name; monitorList; commandList; eventList;). Phase 2: The solutions use a request/reply format to send monitor information and event detected to the solution global controller. The solution global controller uses the PUB/SUB to send command to the solutions.
The solutions are registered in the solutionCompatibilityMatrix map, we add also eventually conflict between the solutions in order to use this information in the main logic of the solution global controller. The main logic of the solution global controller waiting for receiving a monitor/event report, the solution global controller checks the solution compatibility matrix, in order to understand eventually conflict, and send update/command to solutions. Example: when it receives the report of detecting interference (LTE), sends activation command to solution TDMA cross interference, if not conflict are detected.
172.16.16.12 nuc12 --> AD controller + wifi controller + lte controller + USRP channel acquire + webui 172.16.16.11 nuc11 --> LTE ENB 172.16.16.6 nuc6 --> LTE UE
ssh dgarlisi@172.16.17.2
cd /groups/portable-ilabt-imec-be/wish/cnit/wishful-github-manifest-7/final_showcase/ad_controller
python3 ./controller_v3
ssh dgarlisi@172.16.17.2
cd /groups/portable-ilabt-imec-be/wish/cnit/wishful-github-manifest-7/final_showcase/webui/
sudo pipenv shell bokeh serve --allow-websocket-origin="*:5006" wishful
http://172.16.17.2:5006/wishful
2. Start WiSHFUL controller on nuc9 (arg = IP address of AD controller):
ssh piotr@172.16.16.9
sudo su
/home/piotr/wishful/final_showcase/wifi_warmup/scripts/start_controller0.sh 172.16.17.2
3. Start AP0 WiSHFUL agent on nuc9:
ssh piotr@172.16.16.9
sudo su
/home/piotr/wishful/final_showcase/wifi_warmup/scripts/start_ap0.sh
4. Start STA0 WiSHFUL agent on nuc10:
ssh piotr@172.16.16.10
sudo su
/home/piotr/wishful/final_showcase/wifi_warmup/scripts/start_sta0.sh
5. Start WiSHFUL controller on nuc4 (arg = IP address of AD controller):
ssh piotr@172.16.16.4
sudo su
/home/piotr/wishful/final_showcase/wifi_warmup/scripts/start_controller1.sh 172.16.17.2
6. Start AP1 WiSHFUL agent on nuc4:
ssh piotr@172.16.16.4
sudo su
/home/piotr/wishful/final_showcase/wifi_warmup/scripts/start_ap1.sh
7. Start STA1 WiSHFUL agent on nuc2:
ssh piotr@172.16.16.2
/home/piotr/wishful/final_showcase/wifi_warmup/scripts/start_sta1.sh
ssh dgarlisi@172.16.16.3
cd /groups/portable-ilabt-imec-be/wish/imec/wishful/
source ./dev/bin/activate
cd final_showcase/network_zigbee
python agent.py --config config/portable/agent_config.yaml
ssh dgarlisi@172.16.16.3
cd /groups/portable-ilabt-imec-be/wish/imec/wishful/
source ./dev/bin/activate
cd final_showcase/network_zigbee
python global_controller.py --config config/portable --solution_controller 172.16.17.2
1. Start WiPLUS detector controller on nuc1:
ssh piotr@172.16.16.1
sudo su
/home/piotr/wishful/final_showcase/spectrum_monitoring_service/solution_interference_classifier/scripts/start_wiplus.sh 172.16.17.2
2. Start LTE-U BS controller on nuc2:
ssh piotr@172.16.16.2
sudo su
uhd_usrp_probe
/home/piotr/wishful/final_showcase/spectrum_monitoring_service/solution_interference_classifier/scripts/start_lte_u_bs.sh 172.16.17.2
ssh dgarlisi@nuc11
cd /groups/portable-ilabt-imec-be/wish/cnit/wishful-github-manifest-7/final_showcase/network_lte/solution_lte_ct
python3 agent_tx.py
ssh dgarlisi@nuc6
cd /groups/portable-ilabt-imec-be/wish/cnit/wishful-github-manifest-7/final_showcase/network_lte/solution_lte_ct
python3 agent_rx.py
ssh dgarlisi@nuc12
cd /groups/portable-ilabt-imec-be/wish/cnit/wishful-github-manifest-7/final_showcase/network_lte/solution_lte_ct
python3 controller_lte --config controller_cfg_nuc12.yaml --nodes node_info.txt
"""
cd helper
ex -sc $'%s/\r$//e|x' deploy_upis.sh
sh deploy_upis.sh root alix04,alix05 #deploy framework on alixnodes
ex -sc $'%s/\r$//e|x' sync_date.sh
sh sync_date.sh root alix04,alix05 #sync nodes time
cd ..
"""
ssh dgarlisi@nuc12
cd /groups/portable-ilabt-imec-be/wish/cnit/wishful-github-manifest-7/final_showcase/network_wifi/solution_wifi_ct/
python3 controller_wifi --config controller_cfg_nuc12.yaml --nodes node_info.txt
ssh root@alix04
cd ~/wishful-github-manifest/final_showcase/network_wifi/solution_wifi_ct
python3 agent --config agent_cfg_ap.yaml
ssh root@alix05
cd ~/wishful-github-manifest/final_showcase/network_wifi/solution_wifi_ct
python3 agent --config agent_cfg_sta.yaml
ssh kistm@172.16.16.5
2. Move to final_showcase/network_virtual_radio folder:
cd /root/wishful/final_showcase/network_virtual_radio
3. Execute the script to start the 3 GNURadio WiSHFUL agents + virtual radio controller:
./start_virtual_radio_network.sh start
4. Make sure the AD controller is running. If it is not running, the previous command will not print any message on screen.
5. Send a "START_LTE" or "START_NBIOT" command from the AD controller to the Virtual Radio Network controller.
ssh dgarlisi@nuc11
cd /groups/portable-ilabt-imec-be/wish/cnit/wishful-github-manifest-7/final_showcase/spectrum_monitoring_service/solution_interference_detection/
sudo python3 controller --config controller_cfg_nuc11.yaml --nodes node_info.txt
ssh dgarlisi@nuc12
cd /groups/portable-ilabt-imec-be/wish/cnit/pyUsrpTrackerWishfulWebPortal
sudo bash run_usrp.sh 11
http://172.16.16.12/WishfulWebPortal/only_usrp.html
sudo ntpdate -u it.pool.ntp.org
rsync -avz --delete --exclude=examples --exclude=.git --exclude '*.o' --exclude '*.h' --exclude '*.c' --exclude '*.pyc' --exclude .idea/ --exclude .repo/ ../ -e ssh dgarlisi@172.16.17.2:/groups/portable-ilabt-imec-be/wish/cnit/wishful-github-manifest-7/
sudo ps aux | grep usrp | awk '{print $2}' | xargs kill -9
The research leading to these results has received funding from the European Horizon 2020 Programme under grant agreement n645274 (WiSHFUL project).