Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  introduces with the selector-tree network a new self-routing and non-blocking interconnection network: The n × n network is capable of routing any permutation of its n inputs to its n output ports and is therefore non-blocking, and thus, more porful than Ω-permutation and Banyan networks. In contrast to other non-blocking interconnection networks like the Benes network, our selector-tree network does not need an additional setup time since the target addresses of the connections directly define the conflict-free routes so that the network is self-routing. The overall depth of the network depends on the implementation of its building block, the selector module: ,  present two preliminary alternatives where the more expensive one requires O(log(n) 2 ) time and O(n 2  log(n)) gates while the other one requires O(n) cycles and only O(n) gates for the n × n network. The two alternatives can also be combined to optimize both time and size for particular sizes.
['Tripti Jain', 'Klaus Schneider', 'Anoop Bhagyanath']
I am writing a research paper on a idea The selector-tree network: A new self-routing and non-blocking interconnection network
[{"from": "human", "value": "I am writing a research paper on a idea The selector-tree network: A new self-routing and non-blocking interconnection network"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  introduces with the selector-tree network a new self-routing and non-blocking interconnection network: The n \u00d7 n network is capable of routing any permutation of its n inputs to its n output ports and is therefore non-blocking, and thus, more porful than \u03a9-permutation and Banyan networks. In contrast to other non-blocking interconnection networks like the Benes network, our selector-tree network does not need an additional setup time since the target addresses of the connections directly define the conflict-free routes so that the network is self-routing. The overall depth of the network depends on the implementation of its building block, the selector module: ,  present two preliminary alternatives where the more expensive one requires O(log(n) 2 ) time and O(n 2  log(n)) gates while the other one requires O(n) cycles and only O(n) gates for the n \u00d7 n network. The two alternatives can also be combined to optimize both time and size for particular sizes."}]