Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Cooperative cognitive radio networks use cooperative relays to forward signal from the source to the destination. In cooperative cognitive radio networks, the transmission por of each relay is limited by the interference constraint of the primary user receiver. Thus, it is essential to optimize por allocation and multi-relay selection jointly to maximize the secondary system throughput. Optimizing multi-relay selection and por allocation requires an exhaustive search for all possible relay combinations, since this approach uses a large amount of valuable resources and entails high computational complexity. A suboptimal solution for por allocation may reduce the computational complexity but still involves high implementation complexity. Thus, for an efficient utilization of resources to support the applicability of cognitive radio for the Internet of things,  propose a low-complexity timer-based multi-relay selection that determines a forwarding relay set before the source begins to transmit its ...
['Arifur Rahman', 'Young-Doo Lee', 'Insoo Koo']
I am writing a research paper on a idea Low-complexity timer-based multi-relay selection and sequential power allocation of cooperative cognitive radio networks for future Internet of things
[{"from": "human", "value": "I am writing a research paper on a idea Low-complexity timer-based multi-relay selection and sequential power allocation of cooperative cognitive radio networks for future Internet of things"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Cooperative cognitive radio networks use cooperative relays to forward signal from the source to the destination. In cooperative cognitive radio networks, the transmission por of each relay is limited by the interference constraint of the primary user receiver. Thus, it is essential to optimize por allocation and multi-relay selection jointly to maximize the secondary system throughput. Optimizing multi-relay selection and por allocation requires an exhaustive search for all possible relay combinations, since this approach uses a large amount of valuable resources and entails high computational complexity. A suboptimal solution for por allocation may reduce the computational complexity but still involves high implementation complexity. Thus, for an efficient utilization of resources to support the applicability of cognitive radio for the Internet of things,  propose a low-complexity timer-based multi-relay selection that determines a forwarding relay set before the source begins to transmit its ..."}]