Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: System Area Networks (SANs), which usually accept irregular topologies, have been used to connect nodes in PC/WS clusters or high-performance storage systems. Although routing algorithms for SANs usually find out alternative paths, SANs usually accept only deterministic routings. Thus, path selection algorithm, which chooses a single path from alternative paths, becomes essential for advanced routings in SANs. Hover, a few studies of it have been done only for SANs without virtual channels, and its impact is not ll analyzed. , (1)  propose four path selection algorithms which have different concepts to distribute paths in SANs with virtual channels, and (2)  investigate the performance influences of various path selection algorithms through a flit-level simulation. Simulation results show that one of the four algorithms improves up to 92% of throughput against simple path selection algorithms, and policies to remove paths crossing the bottleneck channels are more efficient than ones to keep paths crossing channels that are not crowded.
['Michihiro Koibuchi', 'Akiya Jouraku', 'Hideharu Amano']
I am writing a research paper on a idea Path selection algorithm: the strategy for designing deterministic routing from alternative paths
[{"from": "human", "value": "I am writing a research paper on a idea Path selection algorithm: the strategy for designing deterministic routing from alternative paths"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: System Area Networks (SANs), which usually accept irregular topologies, have been used to connect nodes in PC/WS clusters or high-performance storage systems. Although routing algorithms for SANs usually find out alternative paths, SANs usually accept only deterministic routings. Thus, path selection algorithm, which chooses a single path from alternative paths, becomes essential for advanced routings in SANs. Hover, a few studies of it have been done only for SANs without virtual channels, and its impact is not ll analyzed. , (1)  propose four path selection algorithms which have different concepts to distribute paths in SANs with virtual channels, and (2)  investigate the performance influences of various path selection algorithms through a flit-level simulation. Simulation results show that one of the four algorithms improves up to 92% of throughput against simple path selection algorithms, and policies to remove paths crossing the bottleneck channels are more efficient than ones to keep paths crossing channels that are not crowded."}]