We propose a flow control technique that provides the basis for four multicast protocols, and we perform extensive simulations to characterize the impact that various factors (such as network topology, presence of unicast traffic, composition of multicast groups, etc).
Traversing the upstream will lead the traffic into the multicast infrastructure (e.g., to a PIM DR) which will route packets to all local MAGs that have joined the group, as well as further upstream according to the multicast protocol procedures and forwarding states.
The proposed protocol evaluated on ns2 simulator by comparing with other two state-of-art multicast protocols, MORE and Pacifier.
CodePipe was evaluated on NS2 simulator by comparing with other two state-of-the-art multicast protocols, MORE and Pacifier.
In this framework, application and database tiers are installed at each replica and a multicast protocol maintains data consistency between replicas.
Specifically, we used group-communication applications that require p2p systems made up of an overlay network and a p2p multicast protocol.
In this paper, we propose a novel GA based on sequence and topology encoding (GAST) for multicast protocol is introduced for multicast routing in wireless ad hoc networks and generalizes the GOP of tree-based multicast protocol as well as three associated operators.
To solve this problem, this article explores a distributed intrusion-tolerance system of hybrid time model based on trusted timely computing base (TTCB) and implement an atomic multicast protocol using TTCB services.
Authors of [29] proposed a reliable multicast protocol based on NCOR to achieve high throughput and fairness in lossy wireless networks.
In [11], the authors propose a reliable multicast protocol, called CodePipe, with energy efficiency, high throughput, and fairness in lossy wireless networks.
