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https://gitlab.com/manzerbredes/loosely-coupled-dss-extended.git
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a8941c964d
6 changed files with 419 additions and 10 deletions
3
.gitignore
vendored
3
.gitignore
vendored
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@ -5,4 +5,5 @@ compile_commands.json
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platform.xml
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scenarios
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inputs.json
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results/logs
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logs
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analysis/scheduler/*.csv
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14
README.md
14
README.md
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@ -6,12 +6,12 @@
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- Then `make`from the project root folder
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- If the project compiles successfully, you are ready to run simulations!
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### Paper's Simulations
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- To run all the simulations presented in the paper simply run `./results/paper.sh`
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this will create the file `results/results.csv` containing all the results. This will also create an
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`inputs.json` that you can modify at your convenience
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### Simulations
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- The file `inputs.json` controls the inputs to the simulator. You should only care about this file
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if you want custom simulations
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- To run the simulation just run `make run` This will also generate a file called `platform.xml` corresponding to the simulated platform
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- To run a particular experiment, use the `run_*.sh` scripts
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- Results are available in the `results/` folder
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### Notes
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- The `inputs.json` file controls the inputs to the simulator.
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You should only care about this file if you want custom simulations.
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- To run a simulation using `inputs.json` just run `make run`
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This will also generate a file called `platform.xml` corresponding to the simulated platform
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- To generate a *csv* output from the simulation results you can use:
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`make run 2>&1|./parser.awk`
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136
run_strategy_combined.sh
Executable file
136
run_strategy_combined.sh
Executable file
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@ -0,0 +1,136 @@
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#!/usr/bin/env bash
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set -e
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wai=$(dirname $(readlink -f "$0"))
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scenarios="${wai}/scenarios"
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inputs="${wai}/inputs.json"
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simulator="make run"
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sched="${wai}/analysis/scheduler/analysis.sh"
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parser="${wai}/parser.awk"
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results="${wai}/results/strategy_combined.csv" # UPDATE HERE TO CHANGE OUTPUT CSV FILE NAME
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aheaders="simkey,wireless,wakeupfor"
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avalues="none,none,none"
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log_file="${wai}/logs/$(date +%s).org" && mkdir -p "${wai}/logs/"
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gen_log=0 # Should we generate logs ?
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run-simulation () {
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# Generate inputs
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$scenarios $seed $simtime $wakeupevery $wakeupfor $n_nodes $extended $hint $poff $pon $prx $ptx $datasize $bitrate $hintsize $latency $shutdown_on_rcv $unschedule_on_rcv $farhint $hintdist > "$inputs"
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# Init logs
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[ $gen_log -eq 1 ] && echo -e "* seed=$seed simtime=$simtime wakeupevery=$wakeupevery wakeupfor=$wakeupfor n_nodes=$n_nodes extended=$extended hint=$hint poff=$poff pon=$pon prx=$prx ptx=$ptx datasize=$datasize bitrate=$bitrate \n" >> "${log_file}"
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# Run simulations
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tmp=$(mktemp)
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$simulator &> $tmp
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[ $gen_log -eq 1 ] && cp $tmp "${log_file}"
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# Gen csv
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[ ! -e "$results" ] && { cat $tmp | $parser | sed "1 s/$/,${aheaders}/g" | sed "2,\$s/$/,${avalues}/" > "$results"; }
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[ -e "$results" ] && { cat $tmp | $parser | sed 1d | sed "s/$/,${avalues}/" >> "$results"; }
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# Gen scheduler analysis
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[ $seed -eq 1 ] && $sched $tmp "logs/$(echo ${avalues}|tr ',' '_')_hint${hint}_extended${extended}.png"
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# Clear tmp
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rm $tmp
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}
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# Default Parameters
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seed=0
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simtime=86400 # One day
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wakeupevery=3600
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wakeupfor=60
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n_nodes=13 # First node will be the sender so n_receivers=n_nodes-1
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extended="false"
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hint="false"
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poff=0
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pon=0.4
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prx=0.16
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ptx=0.16
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datasize=1000000 # 1Mb
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hintsize=8 # Integer
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hintdist=10800 # Hint distance while using farhint
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latency=0 # in Seconds
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shutdown_on_rcv="true"
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unschedule_on_rcv="true"
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farhint="true"
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bitrate="100kbps"
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run-scenarios() {
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# Configure number of seed per scenarios
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nseed=200
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# Baseline
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avalues="baseline,$wireless,$wakeupfor"
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for seed in $(seq 1 $nseed)
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do
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printf "\rBaseline...${seed}"
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run-simulation
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done
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echo
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# Hint
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hint="true"
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avalues="hint,$wireless,$wakeupfor"
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for seed in $(seq 1 $nseed)
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do
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printf "\rHint...${seed}"
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run-simulation
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done
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hint="false"
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echo
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# Extended
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extended="true"
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avalues="extended,$wireless,$wakeupfor"
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for seed in $(seq 1 $nseed)
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do
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printf "\rExtended...${seed}"
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run-simulation
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done
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extended="false"
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echo
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# Hint+Extended
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extended="true"
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hint="true"
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avalues="hintandextended,$wireless,$wakeupfor"
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for seed in $(seq 1 $nseed)
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do
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printf "\rHint + Extended...${seed}"
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run-simulation
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done
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extended="false"
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hint="false"
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echo
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}
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# Clean previous runs
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[ -e "${results}" ] && rm "${results}"
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for wakeupfor in 60 180
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do
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# Lora
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echo "----- Run Lora (wakeupfor=$wakeupfor) -----"
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wireless="lora"
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bitrate="50kbps"
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pon=0.4
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prx=0.16
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ptx=0.16
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latency=0
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run-scenarios
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# NbIot
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echo "----- Run NbIoT (wakeupfor=$wakeupfor) -----"
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wireless="nbiot"
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bitrate="200kbps"
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pon=0.4
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prx=0.65
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ptx=0.65
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latency=0
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run-scenarios
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done
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@ -8,7 +8,7 @@ inputs="${wai}/inputs.json"
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simulator="make run"
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sched="${wai}/analysis/scheduler/analysis.sh"
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parser="${wai}/parser.awk"
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results="${wai}/test.csv" # UPDATE HERE TO CHANGE OUTPUT CSV FILE NAME
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results="${wai}/results/strategy_farhint.csv" # UPDATE HERE TO CHANGE OUTPUT CSV FILE NAME
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aheaders="simkey,wireless,wakeupfor"
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avalues="none,none,none"
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log_file="${wai}/logs/$(date +%s).org" && mkdir -p "${wai}/logs/"
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@ -55,7 +55,7 @@ hintdist=10800 # Hint distance while using farhint
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latency=0 # in Seconds
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shutdown_on_rcv="false"
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unschedule_on_rcv="false"
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farhint="false"
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farhint="true"
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bitrate="100kbps"
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136
run_strategy_sor.sh
Executable file
136
run_strategy_sor.sh
Executable file
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@ -0,0 +1,136 @@
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#!/usr/bin/env bash
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set -e
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wai=$(dirname $(readlink -f "$0"))
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scenarios="${wai}/scenarios"
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inputs="${wai}/inputs.json"
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simulator="make run"
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sched="${wai}/analysis/scheduler/analysis.sh"
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parser="${wai}/parser.awk"
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results="${wai}/results/strategy_sor.csv" # UPDATE HERE TO CHANGE OUTPUT CSV FILE NAME
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aheaders="simkey,wireless,wakeupfor"
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avalues="none,none,none"
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log_file="${wai}/logs/$(date +%s).org" && mkdir -p "${wai}/logs/"
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gen_log=0 # Should we generate logs ?
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run-simulation () {
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# Generate inputs
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$scenarios $seed $simtime $wakeupevery $wakeupfor $n_nodes $extended $hint $poff $pon $prx $ptx $datasize $bitrate $hintsize $latency $shutdown_on_rcv $unschedule_on_rcv $farhint $hintdist > "$inputs"
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# Init logs
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[ $gen_log -eq 1 ] && echo -e "* seed=$seed simtime=$simtime wakeupevery=$wakeupevery wakeupfor=$wakeupfor n_nodes=$n_nodes extended=$extended hint=$hint poff=$poff pon=$pon prx=$prx ptx=$ptx datasize=$datasize bitrate=$bitrate \n" >> "${log_file}"
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# Run simulations
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tmp=$(mktemp)
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$simulator &> $tmp
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[ $gen_log -eq 1 ] && cp $tmp "${log_file}"
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# Gen csv
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[ ! -e "$results" ] && { cat $tmp | $parser | sed "1 s/$/,${aheaders}/g" | sed "2,\$s/$/,${avalues}/" > "$results"; }
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[ -e "$results" ] && { cat $tmp | $parser | sed 1d | sed "s/$/,${avalues}/" >> "$results"; }
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# Gen scheduler analysis
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[ $seed -eq 1 ] && $sched $tmp "logs/$(echo ${avalues}|tr ',' '_')_hint${hint}_extended${extended}.png"
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# Clear tmp
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rm $tmp
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}
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# Default Parameters
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seed=0
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simtime=86400 # One day
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wakeupevery=3600
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wakeupfor=60
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n_nodes=13 # First node will be the sender so n_receivers=n_nodes-1
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extended="false"
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hint="false"
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poff=0
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pon=0.4
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prx=0.16
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ptx=0.16
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datasize=1000000 # 1Mb
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hintsize=8 # Integer
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hintdist=10800 # Hint distance while using farhint
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latency=0 # in Seconds
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shutdown_on_rcv="true"
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unschedule_on_rcv="false"
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farhint="false"
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bitrate="100kbps"
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run-scenarios() {
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# Configure number of seed per scenarios
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nseed=200
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# Baseline
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avalues="baseline,$wireless,$wakeupfor"
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for seed in $(seq 1 $nseed)
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do
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printf "\rBaseline...${seed}"
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run-simulation
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done
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echo
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# Hint
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hint="true"
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avalues="hint,$wireless,$wakeupfor"
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for seed in $(seq 1 $nseed)
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do
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printf "\rHint...${seed}"
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run-simulation
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done
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hint="false"
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echo
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# Extended
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extended="true"
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avalues="extended,$wireless,$wakeupfor"
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for seed in $(seq 1 $nseed)
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do
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printf "\rExtended...${seed}"
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run-simulation
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done
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extended="false"
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echo
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# Hint+Extended
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extended="true"
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hint="true"
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avalues="hintandextended,$wireless,$wakeupfor"
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for seed in $(seq 1 $nseed)
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do
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printf "\rHint + Extended...${seed}"
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run-simulation
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done
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extended="false"
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hint="false"
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echo
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}
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# Clean previous runs
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[ -e "${results}" ] && rm "${results}"
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for wakeupfor in 60 180
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do
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# Lora
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echo "----- Run Lora (wakeupfor=$wakeupfor) -----"
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wireless="lora"
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bitrate="50kbps"
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pon=0.4
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prx=0.16
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ptx=0.16
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latency=0
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run-scenarios
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# NbIot
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echo "----- Run NbIoT (wakeupfor=$wakeupfor) -----"
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wireless="nbiot"
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bitrate="200kbps"
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pon=0.4
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prx=0.65
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ptx=0.65
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latency=0
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run-scenarios
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done
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136
run_strategy_uor.sh
Executable file
136
run_strategy_uor.sh
Executable file
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@ -0,0 +1,136 @@
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#!/usr/bin/env bash
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set -e
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wai=$(dirname $(readlink -f "$0"))
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scenarios="${wai}/scenarios"
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inputs="${wai}/inputs.json"
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simulator="make run"
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sched="${wai}/analysis/scheduler/analysis.sh"
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parser="${wai}/parser.awk"
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results="${wai}/results/strategy_uor.csv" # UPDATE HERE TO CHANGE OUTPUT CSV FILE NAME
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aheaders="simkey,wireless,wakeupfor"
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avalues="none,none,none"
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log_file="${wai}/logs/$(date +%s).org" && mkdir -p "${wai}/logs/"
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gen_log=0 # Should we generate logs ?
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run-simulation () {
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# Generate inputs
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$scenarios $seed $simtime $wakeupevery $wakeupfor $n_nodes $extended $hint $poff $pon $prx $ptx $datasize $bitrate $hintsize $latency $shutdown_on_rcv $unschedule_on_rcv $farhint $hintdist > "$inputs"
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# Init logs
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[ $gen_log -eq 1 ] && echo -e "* seed=$seed simtime=$simtime wakeupevery=$wakeupevery wakeupfor=$wakeupfor n_nodes=$n_nodes extended=$extended hint=$hint poff=$poff pon=$pon prx=$prx ptx=$ptx datasize=$datasize bitrate=$bitrate \n" >> "${log_file}"
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# Run simulations
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tmp=$(mktemp)
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$simulator &> $tmp
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[ $gen_log -eq 1 ] && cp $tmp "${log_file}"
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# Gen csv
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[ ! -e "$results" ] && { cat $tmp | $parser | sed "1 s/$/,${aheaders}/g" | sed "2,\$s/$/,${avalues}/" > "$results"; }
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[ -e "$results" ] && { cat $tmp | $parser | sed 1d | sed "s/$/,${avalues}/" >> "$results"; }
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# Gen scheduler analysis
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[ $seed -eq 1 ] && $sched $tmp "logs/$(echo ${avalues}|tr ',' '_')_hint${hint}_extended${extended}.png"
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# Clear tmp
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rm $tmp
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}
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|
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# Default Parameters
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seed=0
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simtime=86400 # One day
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wakeupevery=3600
|
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wakeupfor=60
|
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n_nodes=13 # First node will be the sender so n_receivers=n_nodes-1
|
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extended="false"
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||||
hint="false"
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poff=0
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pon=0.4
|
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prx=0.16
|
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ptx=0.16
|
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datasize=1000000 # 1Mb
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hintsize=8 # Integer
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hintdist=10800 # Hint distance while using farhint
|
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latency=0 # in Seconds
|
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shutdown_on_rcv="false"
|
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unschedule_on_rcv="true"
|
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farhint="false"
|
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bitrate="100kbps"
|
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|
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|
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run-scenarios() {
|
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# Configure number of seed per scenarios
|
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nseed=200
|
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|
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# Baseline
|
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avalues="baseline,$wireless,$wakeupfor"
|
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for seed in $(seq 1 $nseed)
|
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do
|
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printf "\rBaseline...${seed}"
|
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run-simulation
|
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done
|
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echo
|
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|
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# Hint
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hint="true"
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avalues="hint,$wireless,$wakeupfor"
|
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for seed in $(seq 1 $nseed)
|
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do
|
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printf "\rHint...${seed}"
|
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run-simulation
|
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done
|
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hint="false"
|
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echo
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|
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# Extended
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extended="true"
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avalues="extended,$wireless,$wakeupfor"
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for seed in $(seq 1 $nseed)
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do
|
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printf "\rExtended...${seed}"
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run-simulation
|
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done
|
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extended="false"
|
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echo
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|
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# Hint+Extended
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extended="true"
|
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hint="true"
|
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avalues="hintandextended,$wireless,$wakeupfor"
|
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for seed in $(seq 1 $nseed)
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do
|
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printf "\rHint + Extended...${seed}"
|
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run-simulation
|
||||
done
|
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extended="false"
|
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hint="false"
|
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echo
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}
|
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|
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# Clean previous runs
|
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[ -e "${results}" ] && rm "${results}"
|
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|
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for wakeupfor in 60 180
|
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do
|
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|
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# Lora
|
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echo "----- Run Lora (wakeupfor=$wakeupfor) -----"
|
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wireless="lora"
|
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bitrate="50kbps"
|
||||
pon=0.4
|
||||
prx=0.16
|
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ptx=0.16
|
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latency=0
|
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run-scenarios
|
||||
|
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# NbIot
|
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echo "----- Run NbIoT (wakeupfor=$wakeupfor) -----"
|
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wireless="nbiot"
|
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bitrate="200kbps"
|
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pon=0.4
|
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prx=0.65
|
||||
ptx=0.65
|
||||
latency=0
|
||||
run-scenarios
|
||||
done
|
||||
Loading…
Add table
Reference in a new issue