Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  propose knockout switch-based multistage interconnection networks (KSMINs) for fast packet switching, combining the ll-known knockout switch and the concept of multistage interconnection networks. The main objective is to reduce the severe pin requirements of large knockout switches through a phased address filtering.  present an approximate Markov-chain model of KSMINs to study the performance of KSMINs with different numbers of address-filtering phases. The model is shown to be accurate within 5% for all the cases considered and within 20% for the meaningful cases of the buffer sizes /spl ges/4. For the (256/spl times/256) KSMIN, two-phase address filtering based on the (16/spl times/16) knockout switches is shown to perform very closely to the single-stage knockout switch for a reduced hardware cost. >
['Young Man Kim', 'Kyungsook Y. Lee']
I am writing a research paper on a idea KSMINs: knockout switch-based multistage interconnection networks for high-speed packet switching
[{"from": "human", "value": "I am writing a research paper on a idea KSMINs: knockout switch-based multistage interconnection networks for high-speed packet switching"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  propose knockout switch-based multistage interconnection networks (KSMINs) for fast packet switching, combining the ll-known knockout switch and the concept of multistage interconnection networks. The main objective is to reduce the severe pin requirements of large knockout switches through a phased address filtering.  present an approximate Markov-chain model of KSMINs to study the performance of KSMINs with different numbers of address-filtering phases. The model is shown to be accurate within 5% for all the cases considered and within 20% for the meaningful cases of the buffer sizes /spl ges/4. For the (256/spl times/256) KSMIN, two-phase address filtering based on the (16/spl times/16) knockout switches is shown to perform very closely to the single-stage knockout switch for a reduced hardware cost. >"}]