Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Cooperative transmission (CT) has been proposed to effectively improve the communication performance like the transmission rate. This is because a relay node (RN) has the advantage of providing more cooperation diversity and a better two-hop cooperation channel than a one-hop direct transmission channel. To this aim, various RN selection algorithms are researched and proposed. Although the benefit of employing RN to wireless networks has been ll studied, unfortunately, it introduces some adverse effect at the same time. , one of these adverse impacts as flow-level cooperation competition (FCC) incurred by RN in CT mode has been investigated. The main problem of FCC is that it may lead to CT mode that is not as beneficial as expected. Considering the pros and cons, an RN in a multiple-hop wireless networks with a game theoretic framework is analyzed, and its performance is investigated. Following this, a Nash equilibrium based strategy is proposed in the process of employing an RN. With this technique, a maximum system performance is achieved, namely, the Nash equilibrium cooperative transmission strategy (NECTS). NECTS guarantees the gain of each flow but also effectively maximizes system performance. Simulation results show that NECTS uses the advantage of cooperative communications but avoids the unnecessary competition. Therefore, the proposed NECTS outperforms the conventional methods.
['Bin Cao', 'X. K. Sun', 'Yun Li', 'Chonggang Wang', 'Hang Mei']
I am writing a research paper on a idea Understanding the Impact of Employing Relay Node on Wireless Networks
[{"from": "human", "value": "I am writing a research paper on a idea Understanding the Impact of Employing Relay Node on Wireless Networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Cooperative transmission (CT) has been proposed to effectively improve the communication performance like the transmission rate. This is because a relay node (RN) has the advantage of providing more cooperation diversity and a better two-hop cooperation channel than a one-hop direct transmission channel. To this aim, various RN selection algorithms are researched and proposed. Although the benefit of employing RN to wireless networks has been ll studied, unfortunately, it introduces some adverse effect at the same time. , one of these adverse impacts as flow-level cooperation competition (FCC) incurred by RN in CT mode has been investigated. The main problem of FCC is that it may lead to CT mode that is not as beneficial as expected. Considering the pros and cons, an RN in a multiple-hop wireless networks with a game theoretic framework is analyzed, and its performance is investigated. Following this, a Nash equilibrium based strategy is proposed in the process of employing an RN. With this technique, a maximum system performance is achieved, namely, the Nash equilibrium cooperative transmission strategy (NECTS). NECTS guarantees the gain of each flow but also effectively maximizes system performance. Simulation results show that NECTS uses the advantage of cooperative communications but avoids the unnecessary competition. Therefore, the proposed NECTS outperforms the conventional methods."}]