GitHub - rubiruchi/Directed-Acyclic-Graph-for-Peer-to-Peer-Distributed-Communication-in-Vehicular-Network: Internet of things(IoT) and Internet of Vehicles(IoV) are the buzz words today. Building a smart vehicle running on a smart road that could respond to the very urgent requests such as reporting an accident ahead or basic requests such as down- loading a song at the blink of an eye is the hottest topic researchers and computer scientists are working on. The latest testing and later the rolling out of 5G technology will prove to be a boon in providing the required speed, which will further enhance safety as well as Quality-of-service(QoS) concerns. Hashgraphs, a superior distributed ledger technology, is used to create a communication network between various ve- hicles and other essential parameters. The decentral- ized system will check any delay in responses through the inherent consensus process, which is the USP of hashgraph. Scheduling the requests is done according to the priorities to provide a better Quality-of-Service. We have also compared why hashgraph surpasses other counter-parts such as generic blockchain or ethereum. The proposed model is simulated using Omnetpp simulation by making proper design and network description files. Messages can be seen getting transferred between the vehicles, and hashgraph is implemented for prioritizing the messages

rubiruchi / Directed-Acyclic-Graph-for-Peer-to-Peer-Distributed-Communication-in-Vehicular-Network Public

Notifications You must be signed in to change notification settings
Fork 2
Star 15

Internet of things(IoT) and Internet of Vehicles(IoV) are the buzz words today. Building a smart vehicle running on a smart road that could respond to the very urgent requests such as reporting an accident ahead or basic requests such as down- loading a song at the blink of an eye is the hottest topic researchers and computer scientists are work…

15 stars 2 forks Branches Tags Activity

Star

Notifications

Branches Tags

Name		Name	Last commit message	Last commit date
Latest commit History 1 Commit
2018 - Scheduling the operation of a connected vehicular network using deep reinforcement learning(1).pdf		2018 - Scheduling the operation of a connected vehicular network using deep reinforcement learning(1).pdf
Formulae_Consensus.r		Formulae_Consensus.r
Report.docx		Report.docx
Virtual Voting(1).pptx		Virtual Voting(1).pptx
consensus.r		consensus.r
hh-whitepaper-v1.5-190219(1).pdf		hh-whitepaper-v1.5-190219(1).pdf
swirld.py		swirld.py
utils.py		utils.py
viz.py		viz.py