Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A multiconnected ring is a ring-structured network in which each node is also connected by chords to other nodes of the ring. The span of a chord is the number of nodes counted beten the endpoints of the chord (only one endpoint is included). A multiconnected ring is defined as being nested if it is rotationally symmetric and if the span of each chord is an integral multiple of the spans of each of the shorter chords. For local and metropolitan area networks, a nested multiconnected ring (NMCR) can be implemented as a multifiber ring network in which each node receives and transmits on a subset of the fibers in a bundle or cable. Because of the rotational symmetry, NMCRs permit an identical connector to be used at each node. A NMCR is one of several intermediary networks beten a ring and a fully connected network. Under a performance criterion that takes throughput, equipment cost, and complexity into account, an optimized NMCR outperforms both its extreme counterparts. Although ShuffleNet multiconnected rings can provide higher throughput per node than NMCRs, the rotational symmetry and identical connectors of NMCRs make them preferable for applications with many nodes and lor throughput-per-node requirements. >
['Israel Bar-David', 'Mark J. Karol']
I am writing a research paper on a idea Nested multi-connected rings for large high-capacity LANs and MANs
[{"from": "human", "value": "I am writing a research paper on a idea Nested multi-connected rings for large high-capacity LANs and MANs"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A multiconnected ring is a ring-structured network in which each node is also connected by chords to other nodes of the ring. The span of a chord is the number of nodes counted beten the endpoints of the chord (only one endpoint is included). A multiconnected ring is defined as being nested if it is rotationally symmetric and if the span of each chord is an integral multiple of the spans of each of the shorter chords. For local and metropolitan area networks, a nested multiconnected ring (NMCR) can be implemented as a multifiber ring network in which each node receives and transmits on a subset of the fibers in a bundle or cable. Because of the rotational symmetry, NMCRs permit an identical connector to be used at each node. A NMCR is one of several intermediary networks beten a ring and a fully connected network. Under a performance criterion that takes throughput, equipment cost, and complexity into account, an optimized NMCR outperforms both its extreme counterparts. Although ShuffleNet multiconnected rings can provide higher throughput per node than NMCRs, the rotational symmetry and identical connectors of NMCRs make them preferable for applications with many nodes and lor throughput-per-node requirements. >"}]