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Efficient Vehicular Communication using Peer to Peer Pyramid Trees
Author(s) -
Henry Hexmoor,
Shameerpet Tanuja,
Bidyut Gupta
Publication year - 2021
Publication title -
epic series in computing
Language(s) - English
Resource type - Conference proceedings
ISSN - 2398-7340
DOI - 10.29007/9472
Subject(s) - computer science , peer to peer , latency (audio) , vehicular ad hoc network , computer network , overlay , tree (set theory) , distributed computing , low latency (capital markets) , vehicular communication systems , wireless , wireless ad hoc network , telecommunications , operating system , mathematical analysis , mathematics
The emerging concept of vehicular communication including with the roadside infrastructure is a promising solution to avoid accidents and providing live traffic data. There is a high demand for the technologies which ensure low latency vehicular communication. Modern vehicles equipped with computing, communication, storage, and sensing capabilities expedite data exchange. To achieve deterministic bounds on data delivery, ability to be established anywhere quickly, as well as efficiency of data query, we describe a novel peer to peer structured overlay model for a cluster of vehicles known as the pyramid tree model.

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