New NSGA-II-based OLSR self-organized routing protocol for mobile ad hoc networks

Data Dissemination in VANETs Using Clustering and Probabilistic Forwarding Based on Adaptive Jumping Multi-Objective Firefly Optimization

“…Meta-heuristic approaches were applied in VANETs in general and message dissemination in particular. For the former, we give an example for meta-heuristic based routing the work of [27] where multi-objective non dominated sorting genetic algorithm NSGA-II was proposed for optimizing OLSR protocol. Their algorithm was made to counter the dynamical changes in the environment as well as the vehicle density changes.…”

Analysis of Routing Protocols in Flying Wireless Networks

“…Taxonomy and the efficiency of the hybrid routing [10] , hybrid routing [11] ICA and RBF [16] RCA-HDRP [17], HYB-TGR [20], LB+HRP [47] Energy efficient, reliable, fault tolerant [10][11],robust and scalable, provides stable link against the high mobility [16], effective path selection [17] improved performance [20] Hierarchical Spatio-temporal with decision tree algorithm [6], assessment of hierarchical routing capabilities [5], cluster routing efficiency [9], cluster aided multipath routing [4] secure ZRP [15] BPA-CRP [22] P-SEP [27] Ensures secure transmission evaluating the trust nodes [6], details of the performance improvement achieved using the Hierarchical routing [5], details the taxonomy, merits and demerits of the clustering routing [9] secure and negligible overhead protection [15], causes balanced energy [22] The swarm intelligence algorithm [13], ICA and RBF NN [16] NSGAII-based OLSR [18] EBRP [28],Si+fuzzy [29],ACO-RP [30][33], cukoo+HAS [31], OLSR+GA [32] , DL based [39], [40], [41], optimization techniques [43][44][45] Energy aware, guaranteed performance, fault tolerant , scalable, optimal path selection [13], improved performance against the high mobility [16] automates the process of optimal path selection and improves the performance [18],...…”

Congestion-free routing based on a hybrid meta-heuristic algorithm to provide an effective routing protocol by analyzing the significant impacts of QoS parameters in a dynamic VANET environment

“…Therefore, to deploy the VANET, Optimized Link State Routing protocol (OLSR) is mainly used. OLSR is the simple operation unicast proactive protocol and selection of the parameters are indirectly depending on the OLSR, the performance of the VANET is decreasing because in this protocol exchange of control packets have been continuous which leads to congestionof the network [7][8]. OLSR protocol uses the Hop-by-Hop routing, where each node uses its local information to the route packets.…”