51. An Effective Artificial Intelligence Approach Based on Multipoint Relays for Transportation in Smart Cities Using a Certificate Revocation Scheme
- Author
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Tuti Agustin, Robbi Rahim, Ansari Saleh Ahmar, Kundharu Saddhono, Andino Maseleno, and Rahmat Hidayat
- Subjects
Routing protocol ,Revocation list ,Vehicular ad hoc network ,Optimized Link State Routing Protocol ,Computer science ,business.industry ,Smart city ,Node (networking) ,Certificate authority ,Artificial intelligence ,business ,Certificate - Abstract
Vehicular networks are indistinguishable parts of a smart city condition because of a few applications that improve personal satisfaction, safety, and security. They additionally present a new scheme comprising a smart city structure that transmits data about traffic conditions that will assist the driver with making suitable choices. Cluster formation is achieved by utilizing the trust level of every vehicle and this trust degree is determined depending on the immediate and indirect trust level of every vehicle. Data of every vehicle is accumulated by the consequent cluster head (CH) in a cluster. This data is maintained by the Certificate Revocation List in the Certificate Authority. This procedure confines a vehicle in Smart Cities Transportation (SCT) as an attacked node if it has a lower trust degree than the limit trust worth and it negates the certificate of assaulted or revoked nodes. Prior to transmission, every vehicle in a cluster approves its certificate with the help of the Certificate Authority. After the approval, the other test of VANET, i.e., the proficient route, is set up with the goal of improving energy efficiency in OLSR routing protocol utilizing an artificial intelligence (AI)-based Particle Genetic Swarm (PGS) algorithm, as exhibited in this chapter. After the foundation of the proficient route, the vehicle sends a securable vehicle to vehicle or vehicle to roadside unit transmission. Simulation results demonstrated that the presentation of our proposed methodology beats the exhibition of existing work regarding energy efficiency.
- Published
- 2021