Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Current massively parallel computing systems are being built with thousands of nodes, which significantly affect the probability of failure. M. E. Gomex proposed a methodology to design fault-tolerant routing algorithms for direct interconnection networks. The methodology uses a simple mechanism: for some source-destination pairs, packets are first forwarded to an intermediate node, and later, from this node to the destination node. Minimal adaptive routing is used along both subpaths. For those cases where the methodology cannot find a suitable intermediate node, it combines the use of intermediate nodes with two additional mechanisms: disabling adaptive routing and using misrouting on a per-packet basis. While the combination of these three mechanisms tolerates a large number of faults, each one requires adding some hardware support in the network and also introduces some overhead. ,  perform an in-depth detailed analysis of the impact of these mechanisms on network behaviour.  analyze the impact of the three mechanisms separately and combined. The ultimate goal of this paper is to obtain a suitable combination of mechanisms that is able to meet the trade-off beten fault-tolerance degree, routing complexity, and performance.
['María Engracia Gómez', 'Jose Flich', 'Pedro López', 'Antonio Robles', 'José Duato', 'Nils Agne Nordbotten', 'Olav Lysne', 'Tor Skeie']
I am writing a research paper on a idea An effective fault-tolerant routing methodology for direct networks
[{"from": "human", "value": "I am writing a research paper on a idea An effective fault-tolerant routing methodology for direct networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Current massively parallel computing systems are being built with thousands of nodes, which significantly affect the probability of failure. M. E. Gomex proposed a methodology to design fault-tolerant routing algorithms for direct interconnection networks. The methodology uses a simple mechanism: for some source-destination pairs, packets are first forwarded to an intermediate node, and later, from this node to the destination node. Minimal adaptive routing is used along both subpaths. For those cases where the methodology cannot find a suitable intermediate node, it combines the use of intermediate nodes with two additional mechanisms: disabling adaptive routing and using misrouting on a per-packet basis. While the combination of these three mechanisms tolerates a large number of faults, each one requires adding some hardware support in the network and also introduces some overhead. ,  perform an in-depth detailed analysis of the impact of these mechanisms on network behaviour.  analyze the impact of the three mechanisms separately and combined. The ultimate goal of this paper is to obtain a suitable combination of mechanisms that is able to meet the trade-off beten fault-tolerance degree, routing complexity, and performance."}]