$$ Delay = \frac\sum_i=1^n (t_i - t_0)n $$
[1] M. C. Chari, et al., "MAODV: A Multicast Extension to AODV," Proceedings of IEEE WCNC, 2004. mamscasting
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In this paper, we proposed MAMSCasting, a novel approach to multicasting in MANETs. Our approach combines the benefits of tree-based and mesh-based protocols to provide a robust and efficient multicasting solution. Simulation results demonstrate the effectiveness of MAMSCasting in terms of packet delivery ratio and end-to-end delay. $$ Delay = \frac\sum_i=1^n (t_i - t_0)n $$ [1] M
Multicasting in MANETs can be broadly classified into two categories: tree-based and mesh-based protocols. Tree-based protocols, such as Multicast Adhoc On-demand (MAODV) [1], construct a multicast tree between the source and receivers. However, these protocols are prone to route breaks due to node mobility. Mesh-based protocols, such as Core-Extraction Distributed Adhoc Routing (CEDAR) [2], construct a mesh structure between the source and receivers, providing multiple paths for data transmission. I can also help with: In this paper,
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