Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Because of its outstanding performance in extending coverage and reducing transmit por, wireless relay cooperation is deemed as one of the promising techniques to realize green-broadband communication in the future. In such relay cooperative systems, optimal por allocation not only can prolong the lifetime of users, but also is an effective way to reduce radiation in the environment. , for amplify-and-forward-relay cooperative networks, where multiple communication pairs share a common relay,  propose a novel por allocation scheme, which has considerably lor complexity compared with the existing solution schemes. The objective of this paper is to minimize sum-source-por consumption under the conditions that the transmit por of all nodes in the network is constrained and their predetermined target signal-to-noise ratios are satisfied. By providing sufficient analytical evidence,  study the optimality, convergence, and computational complexity of our proposed scheme. Through numerical simulation,  further justify the effectiveness and efficacy of our scheme compared with the existing works.
['Shiguo Wang', 'Rukhsana Ruby', 'Victor C. M. Leung', 'Zhiqiang Yao']
I am writing a research paper on a idea A Low-Complexity Power Allocation Strategy to Minimize Sum-Source-Power for Multi-User Single-AF-Relay Networks
[{"from": "human", "value": "I am writing a research paper on a idea A Low-Complexity Power Allocation Strategy to Minimize Sum-Source-Power for Multi-User Single-AF-Relay Networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Because of its outstanding performance in extending coverage and reducing transmit por, wireless relay cooperation is deemed as one of the promising techniques to realize green-broadband communication in the future. In such relay cooperative systems, optimal por allocation not only can prolong the lifetime of users, but also is an effective way to reduce radiation in the environment. , for amplify-and-forward-relay cooperative networks, where multiple communication pairs share a common relay,  propose a novel por allocation scheme, which has considerably lor complexity compared with the existing solution schemes. The objective of this paper is to minimize sum-source-por consumption under the conditions that the transmit por of all nodes in the network is constrained and their predetermined target signal-to-noise ratios are satisfied. By providing sufficient analytical evidence,  study the optimality, convergence, and computational complexity of our proposed scheme. Through numerical simulation,  further justify the effectiveness and efficacy of our scheme compared with the existing works."}]