Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: End System Multicasting (ESM) is fast becoming a feasible alterna- tive to IP multicasting. ESM approaches can be broadly classified into two main categories: (i) Tree first approaches, where an overlay tree is constructed on the physical network, (ii) Mesh first approaches, where a mesh is constructed on the physical network and then a tree is created on the constructed mesh. ,  propose a generic Mesh Tree Interaction (MTI) mechanism, which combines the management efficiency of the mesh first approaches and the performance ben- efits of the tree first approaches. To achieve this, MTI uses the concept of mesh and enables interactions beten the mesh and the underlying multicast tree. Our simulation studies show that MTI results in significant improvement in the quality (average delay metric) of the multicast tree.
['Anirban Chakrabarti', 'G. Manimaran']
I am writing a research paper on a idea A Case for Mesh-Tree-Interaction in End System Multicasting
[{"from": "human", "value": "I am writing a research paper on a idea A Case for Mesh-Tree-Interaction in End System Multicasting"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: End System Multicasting (ESM) is fast becoming a feasible alterna- tive to IP multicasting. ESM approaches can be broadly classified into two main categories: (i) Tree first approaches, where an overlay tree is constructed on the physical network, (ii) Mesh first approaches, where a mesh is constructed on the physical network and then a tree is created on the constructed mesh. ,  propose a generic Mesh Tree Interaction (MTI) mechanism, which combines the management efficiency of the mesh first approaches and the performance ben- efits of the tree first approaches. To achieve this, MTI uses the concept of mesh and enables interactions beten the mesh and the underlying multicast tree. Our simulation studies show that MTI results in significant improvement in the quality (average delay metric) of the multicast tree."}]