Vehicular network focuses on the development of ad hoc networks on telecommunication vehicles which use vehicle security, like routing algorithms which communicate with one another in the decentralized network controlled by software-defined networking (SDN) provides different transport infrastructure. It can be used in vehicular communications, in two different ways are as follows: transmission between both the internal vehicle and station. That involves the connection stabilization interface is being used for network data transmission; however, it is not effective in handling the complex functionalities, as well as the source routing would still be fairly constant and hence de-automate using constructive hop-by-hop communication, as well as the selecting of routing is not essentially done, and as such the proposed concept of bio-inspiring is sometimes delayed in transmission. This technique is applied in the network context of vehicles to reduce delays and increase the number of packets per frame. This was built in to process the service request from the worldwide client, who uses the proposed swarm intelligence routing algorithm to identify a corresponding ideal portal and base station. The main objective of the ground-to-based gateway connection is to help establish and encourage primary source communication efficiency. It is employed to route efficiently through the networking nodes SD is applied to networking in order to keep the vehicular communication protocols steady. It has the benefits of monitoring traffic, forecasting vehicle demand, directing drivers, and preventing accidents.
Performance Analysis of SDN-Inspired Swarm Intelligence-Based Routing Optimization Algorithm in Vehicular Network
Lecture Notes on Data Engineering and Communications Technologies
2022-03-29
11 pages
Article/Chapter (Book)
Electronic Resource
English
SWARM INTELLIGENCE BASED RELIABLE AND ENERGY BALANCE ROUTING ALGORITHM FOR WIRELESS SENSOR NETWORK
BASE | 2015
|