Ns3 VANET

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What is Ns3?

In general, there are several network simulation tools and Ns3 is one among that simulation tools. Ns3 is denoted as the significant network simulation tool, which is created using Python and C++ along with the proficiency of scripting. The library based on network simulation is enfolded through automatic creation of the parallel C++ binding glue in the Python.

What is VANET?

The vehicular ad hoc network is abbreviated as VANET and it is one of the subclasses of mobile ad hoc network (MANET). The process is VANET is developed through the moving vehicles. In addition, it is beneficial in the provision of instant connections among the cars along with the car and structural design of road to offer the following measures.

Proximate lodging information
Gas price
Traffic information
Internet connection
Safe driving

VANET System Model

The process of VANET includes several sources of information to provide the practicable intelligent transportation systems environment (ITS) and that includes some resources such as,

GPS data
Traffic infrastructure
CCTV cameras
Traffic lights
Base station (BS)
Road side unit (RSU)

The massive number of sensors and processors are utilized to produce huge data using the above mentioned resources. Additionally, the data are generated using several resources, for instance the mobile devices are interacting with VANET.

Secure Data Dissemination in VANET

The utilization of wireless medium and high speed of vehicles along with the constraints of safety applications and they are frequently time critical to function in the wide range areas to make that susceptible to show the variations among the security threats. The Multihop broadcast nature of the dissemination process to favor in the various types of attacks.

The process of securing data dissemination includes some challenges at two significant and fundamental levels are threatened through the attacks including black holes, Sybil and jamming. The levels such as,

Network availability
Message authentication and integrity

The integrity and confidentiality of messages are guaranteed through the wireless access in vehicular environment (WAVE) security services that are offered using the standard IEEE1609.2 to stipulate the format of secure messages and their processing. In addition, the deployment of symmetric message encryption includes the session key establishment among two nodes based on communication.

Below, our research professionals in Ns3 vehicular ad hoc network have highlighted the significant list of implementation method based on the process of creating simulation in Ns3 VANET.

Simulation Workflow in Ns3

Topology definition
To simplify the process, creation of fundamental facilities and to define the interrelationships are essential for the simulation process
Ns 3 includes the system of helpers and containers to simplify the process
Model development
Models are included in the simulation process and frequently it is processing without the assistance of helpers
Applications
Links
Point to point devices
IPv4
UDP
Node and link configuration
The default values of models are fixed and the attribute system is not frequently used in this system
Size of the packets are sent through the MTU of point to point link and applications
Implementation
Facilities in simulation are generating events and data that are demanded by the user when they are logged
Performance analysis
When the implementation process of simulation is completed and the data available
Graphical visualization
Processed data are collected in simulation is graphed through the utilization of tools such as
XGRAPH
Matplotlib
Gnuplot

Hereby, we have highlighted the list of applications that are used to develop the research projects in Ns3 vehicular ad hoc network.

Applications of Ns3 VANET Projects

Stringent delay constraint
Comfort and quality of road travel
Traffic efficiency
Predictable mobility patterns
Frequent disconnections
Road traffic safety
Dynamic topology
Mobility modeling

IDM and Mobile Lance Change Mode in Ns3

The validate intelligent driver model (IDM) and the mobile mode of lane in Ns3 includes several steps such as,

Initially, the functions such as Model::CalculateAcceleration() and LanChange::CheckLaneChange() have to validated to produce the appropriate output with the comparison of code, model and formula based on Treiber along with the input and mobility of model settings.

Consequently, the productions of simple traffic in one lane roadway have to be compared with the position, velocity, deceleration and acceleration of vehicles in all the simulation intervals. Then, the depiction of variations among the design and logics of the step functions.

Highway
It is to hold the vehicles and obstacle objects and that utilize the vehicle model and lane change properties to regulate the mobility
Model
IDM car is following the mobility model
Mobile lane change model is also used
Obstacle
No mobility in vehicles
Vehicle
Mobile node includes the wireless communication device

WAVE Module in NS3 for VANET

The structural design of wireless based vehicular communication system is denoted as WAVE and that is specified through the IEEE. It is considered as one of the accessible models for WAVE within ns3. The main intension of this process is towards the MAC layer and MAC extension layer and that is defined through the IEEE1609.4 and IEEE80211P.

The inclusive structural design of vehicular communications is called as WAVE. In addition, the standards to specify WAVE includes the set of extensions based on IEEE 802.11 standards and that is established in IEEE std 802.11p-2010 and IEEE 1609 standard set for the four documents that are enlisted in the following.

Multichannel coordination: IEEE 1609.4
Network and transport layer services: IEEE 1609.3
Security services: IEEE 1609.2
Resource manager: IEEE 1609.1

The wave module in Ns3 includes both the multichannel coordination layer and MAC layer. Additionally, the main aspect of 802.11p compliant MAC layer and they permit the communication outside the context of the basic service set. The utilization in literature is functional with the acronym of OCB is outside the context of BSS and the class ns3::OcbWifiMac models this in Ns3.

WAVE is supportive for the MAC in Ns3 and MAC extension and PHY layers for the utilization of ns3::WaveHelper and WAVE NetDevice. The MAC layer model includes the utilization of classes such as,

ns3::OcbWifiMac
It is related to the ad hoc WiFiMac along with some alterations
ns3::VendorSpecificActionHeader
It is functional for the vendor functions
ns3::OrganizationIdentifier
It is deployed for the process of send vendor specific action frame

The research scholars have to know about the classes that used in the implementation of research projects in Ns3 VANET. The classed based on network simulation 3 vehicular ad hoc network are listed in the following,

Classes in Ns3 for VANET

RoutingHelper
It is the class that is used to generate the routing data among nodes and that is utilizing the routingstats class to collect the statistics based on the routing data such as
Byte counts
Application data packets
Routing protocol is configured and the nodes are attempts to send small packets to another node and that acts like the data sinks. In addition, all the nodes are not functioning as data sinks in the vehicular network
BsmApplication
In this class, sending and receiving the IEEE 1609 WAVE basic safety messages (BSMs) and the WaveBsmStats class is used to regulate the statics about the transmission and receiving process of BSMs
BSM is the 200 byte packet and that can broadcast the every vehicle in the nominal rate about 10Hz

For your reference, our experienced research professionals have enlisted some significant research topics in network simulation 3 vehicular ad hoc network.

Thesis Topics

On the security of lightweight conditional privacy preserving authentication in VANETs
Reinforcement learning based sensitive semantic location privacy protection for VANETs
Novel lightweight authentication protocol for emergency vehicle avoidance in VANETs
Two layer distributed content caching for infotainment applications in VANETs
VANET routing protocol simulation research based on Ns3 and SUMO

To this end, our technical experts have 20+ years of experience in this research platform so the research scholars can reach us to acquire the finest research work. In addition, our research professionals in VANET have accomplished 500+ projects in recent years. So, they are aware of all the current technologies in network simulation 3 vehicular ad hoc network. Reach and aid better quality research!!!

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Research Topics	Project	Paper	Thesis
3D Underwater WSN	150	499	541
Hybrid Beamforming	110	398	432
Intelligent Agent WSN	135	412	510
Blockchain technology	121	467	496
Optical Networks	149	398	465
Vehicular sensor Network	250	491	534
Industrial IoT	114	378	431
Service Discovery	170	419	489
Named Data Networking	121	386	423
SDN-NDN	110	427	498
D2D Communication	131	389	425
M2M Communication	108	389	411
UWB communication	124	495	510
5G Network Slicing	137	437	492
Delay Tolerant Network	105	469	533
Multi-Microgrid	111	326	379
Content-centric network	100	296	304
5G Beyond networks	131	379	409
Cloud-RAN	127	352	389
Fog-RAN	145	310	378
FANET	178	395	400
Cognitive adhoc network	153	325	363
Vehicular NDN	175	310	425
Multimedia sensor network	205	275	315
V2X communication	151	200	308
Software-defined WSN	176	248	358
5G	201	289	365
Fibre Channel / Cellular / 5G topics	—	—	—
Cellular Networks	185	235	397
CRN	204	268	348
IoT	163	287	395
Intrusion Detection system	110	257	348
LiFi	101	279	386
LTE	159	208	345
MANET	175	247	395
MIMO	142	298	354
Mobile Computing	114	254	308
RPL	189	275	357
SDN	109	258	346
VANET	152	278	359
Vertical Handover	108	241	367
Wireless Body Area Network	121	198	348
Wireless Communication	178	248	371
Wireless Sensor Networks	106	213	369

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