OMNeT++ SUMO Tutorial

OMNeT++ SUMO Tutorial Simulation of urban mobility (SUMO) is a simulation framework and open GL GUI based open source. We implement this simulation framework to deal large number of nodes in Vehicular Ad-hoc Network. We offer SUMO academic projects to evaluate traffic model utilities for road networks, traffic demand generation and routing utilities. We describe sumo as supporting tool for find route, visualization and import network and emission calculation. We can enhance various models and ensure various API for simulation control.

Features of SUMO:

We implement the features in M.Tech project are:

Multimodal traffic simulation such as vehicles, pedestrians.

Network size and simulated vehicles are not limited.

It implemented in C++ and use portable libraries.

Control simulation with TraCI.

Vehicle, pedestrians are modeled explicitly.

Support format such as VIsum, VISSIM, NavTeq, openstreetmap.

Traffic light scheduling is generated by SUMO.

SUMO Components:

We use the following components based on IEEE papers are:

NETGEN: Abstract Network generators.

JTRROUTER: Generator Router based on turning ratios at intersections.

DFROUTER: Generator Router with use of Data detector.

GUISIM: Simulation with graphical user Interface.

SUMO: command line simulation.

DUAROUTER: Generator Router based on Dynamic user assignment.

MAROUTER: macroscopic user assignment based on capacity functions.

OD2TRIPS: O/D matrices to trips converter.

NETCONVERT: Network importer.

SUMO Suite Projects:

We offered and implemented sumo in more than 75+ projects for various applications and to perform simulation in traffic scenario.

Application of SUMO:

We implement various SUMO application for evaluation of algorithm in traffic management are:

Model Improvements.

Car-Following and Lane Change API.

Interoperability.

We use sumo to implement following needs are:

Simulation.

Vehicle and Router.

Online Interaction.

Road Network Generator.

SUMO Characteristics:

We support characteristics are:

Traffic Light Algorithms.

Vehicular Communications.

Evaluation of Traffic Surveillance Systems.

Route Choice and Dynamic Navigation.

SUMO Projects:

We support research scholar to implement SUMO based research projects are

VABENE.

City mobile.

Traffic online.

Itetris.

SUMO model:

We use various SUMO model is our projects are:

Emission and Noise Model:

Model are extended for noise emission and used for fuel consumption and pollutant emission.

Collect emission and fuel consumption over the vehicles and to write values into file.

Person Based Intermodal Traffic Simulation:

It is used to expect simulation in ongoing urbanization and increase environment concerns.

Various trends are improved by SUMO.