VCS-RSCBAODV: Vehicular Cloud Storage Concepts for RSCBAODV Protocol to Reduce Connection Breakage in VANET

Abstract

Vehicular nodes can share the information on the move by forming a temporary network. Routing information shared between vehicles is to be stored in a permanent place for the future use. In that case, vehicular cloud concept is used to increase availability of the data more positively. Vehicular information are connected to cloud using internet. It is used to provide anytime access to the user. Here, user can access public information without any concerns. Moreover, the technologies in the vehicular node is used to provide real time services to the cloud user. Vehicular networks should be capable of handling big data in order to complete data broadcasting successfully. This problems can be avoided by making VANET as Vehicular Cloud which utilizes less local resources. Nowadays, the companies are using this idea to reduce overhead or optimize business process in public transportation. In this research work, the steps are taken to incorporate the vehicular cloud storage concepts in RS-CBAODV algorithm to reduce connection breakage (link breakage) i.e. by storing routing information in vehicular cloud as a service delivery model. There are three different types of services considered to embed vehicular cloud based services. Each services are designed to support hybrid cloud concepts for vehicular networks. They are Content based services, Communication based services and Customized services. Additionally, the RS-CBAODV is taken into consideration to offer services using cloud based VANET. This RS-CBAODV has the properties of existing CS-CBAODV, CBAODV and AODV protocol.