NetSim v14.4 Help
Contents:
Introduction
Simulation GUI
Create Scenario
Devices specific to NetSim VANETs Library
Set Node, Link and Application Properties
Enable Packet Trace, Event Trace & Plots (Optional)
Enable protocol specific logs and plots
GUI Configuration Parameters
Run Simulation
Model Features
Implementation of the 802.11p in NetSim
DSRC Channels: CCH and SCH
BSM Application
NetSim – SUMO interfacing
How to create a VANET using SUMO and simulate with NetSim
Using SUMO NetEdit utility and randomtrips.py to configure road traffic models
Creating your own network in SUMO manually
How to include Roadside Units (RSUs) in a VANET network?
Radio measurement log file and plots
Featured Examples
Importing a simple VANET scenario from SUMO
V2V and V2I communication involving Vehicles and RSUs
Throughput, delay and collisions with SCH and CCH time division
Background
Simulation scenario
Simulation parameters and results
Part 1: Throughput
Part 2: Delay
Part 3: Collision count with increasing generation rate
Part 4: Collisions count with increasing number of nodes
SUMO Manhattan Mobility with Single and Multi-hop Communication
SUMO Interfacing with vehicles moving in a closed loop
Reference Documents
Latest FAQs
References
NetSim v14.4 Help
Vehicular Ad hoc Networks (VANETs)
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Vehicular Ad hoc Networks (VANETs)
Contents:
Introduction
Simulation GUI
Create Scenario
Devices specific to NetSim VANETs Library
Set Node, Link and Application Properties
Enable Packet Trace, Event Trace & Plots (Optional)
Enable protocol specific logs and plots
GUI Configuration Parameters
Run Simulation
Model Features
Implementation of the 802.11p in NetSim
DSRC Channels: CCH and SCH
BSM Application
NetSim – SUMO interfacing
How to create a VANET using SUMO and simulate with NetSim
How to include Roadside Units (RSUs) in a VANET network?
Radio measurement log file and plots
Featured Examples
Importing a simple VANET scenario from SUMO
V2V and V2I communication involving Vehicles and RSUs
Throughput, delay and collisions with SCH and CCH time division
SUMO Manhattan Mobility with Single and Multi-hop Communication
SUMO Interfacing with vehicles moving in a closed loop
Reference Documents
Latest FAQs
References