Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The research on mobile groupcasting has been studied to deliver messages of interests to all mobile sinks that have collective mobility as a group. It provides a current geographical region of the group to a data source to support mobile sink groups in a macroscopic view of the group mobility. Several protocols have been proposed for mobile groupcasting and can be classified into two data dissemination strategies: unicasting and flooding. In aspects of energy efficiency, unicasting is good for a small number of sparse sinks, while flooding is good for a large number of dense sinks. Hover, since both extremes are too conservative, they are hard to support the generic case that the region is overall sparse and partially dense. ,  suggests an energy-efficient mobile groupcasting protocol, which exploits both unicasting for sparse sinks and partial flooding for dense sinks in a group region. To do this,  present an analytical model to calculate an optimal combination of both a flooding subgroup for the sparse sinks and an unicasting subgroup for the dense sinks. By separating a group into a unicasting subgroup and a flooding subgroup, the proposed protocol can efficiently eliminate unnecessary flooding areas as ll as duplicated transmissions. Simulation results in various environments shows that the proposed protocol has better performance than the existing protocols.
['Jeongcheol Lee', 'Min Yoon', 'Hyun-Kyu Lee', 'Yongje Shin', 'Euisin Lee', 'Mario Gerla']
I am writing a research paper on a idea Energy-efficient mobile groupcasting protocol in wireless sensor networks
[{"from": "human", "value": "I am writing a research paper on a idea Energy-efficient mobile groupcasting protocol in wireless sensor networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The research on mobile groupcasting has been studied to deliver messages of interests to all mobile sinks that have collective mobility as a group. It provides a current geographical region of the group to a data source to support mobile sink groups in a macroscopic view of the group mobility. Several protocols have been proposed for mobile groupcasting and can be classified into two data dissemination strategies: unicasting and flooding. In aspects of energy efficiency, unicasting is good for a small number of sparse sinks, while flooding is good for a large number of dense sinks. Hover, since both extremes are too conservative, they are hard to support the generic case that the region is overall sparse and partially dense. ,  suggests an energy-efficient mobile groupcasting protocol, which exploits both unicasting for sparse sinks and partial flooding for dense sinks in a group region. To do this,  present an analytical model to calculate an optimal combination of both a flooding subgroup for the sparse sinks and an unicasting subgroup for the dense sinks. By separating a group into a unicasting subgroup and a flooding subgroup, the proposed protocol can efficiently eliminate unnecessary flooding areas as ll as duplicated transmissions. Simulation results in various environments shows that the proposed protocol has better performance than the existing protocols."}]