Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: It is desirable for alarm packets to be forwarded to the sink as quickly as possible in wireless sensor networks. ,  initially analyze the theory of the relationships beten network configurations and network lifetime as ll as transmission delay. Then,  propose an approximate optimization approach to minimize the end-to-end delay with a reduced complexity of configuration under the condition that the network lifetime remains greater than the specified target value. A local forwarding approach named Fast data collection for nodes Far away from the sink and slow data collection for nodes Close to the Sink (FFSC) is proposed. This approach is energy efficient. Moreover, it can further reduce the end-to-end delay. Both the comprehensive theoretical analysis and the experimental results indicate that the performance of FFSC is better than the methods proposed by previous studies. Relative to the direct forwarding strategy, the FFSC approach can reduce the delay by 7.56%–23.16% and increase the lifetime by more than 25%. It can also increase the energy efficiency as much as 18.99%. Relative to the single fixed threshold strategy, the FFSC approach can reduce the delay by 4.16%–9.79% and increase the energy efficiency by 19.28% while still guaranteeing the same lifetime as those previous methods.
['Yuxin Liu', 'Anfeng Liu', 'Yanling Hu', 'Zhetao Li', 'Young-June Choi', 'Hiroo Sekiya', 'Jie Li']
I am writing a research paper on a idea FFSC: An Energy Efficiency Communications Approach for Delay Minimizing in Internet of Things
[{"from": "human", "value": "I am writing a research paper on a idea FFSC: An Energy Efficiency Communications Approach for Delay Minimizing in 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: It is desirable for alarm packets to be forwarded to the sink as quickly as possible in wireless sensor networks. ,  initially analyze the theory of the relationships beten network configurations and network lifetime as ll as transmission delay. Then,  propose an approximate optimization approach to minimize the end-to-end delay with a reduced complexity of configuration under the condition that the network lifetime remains greater than the specified target value. A local forwarding approach named Fast data collection for nodes Far away from the sink and slow data collection for nodes Close to the Sink (FFSC) is proposed. This approach is energy efficient. Moreover, it can further reduce the end-to-end delay. Both the comprehensive theoretical analysis and the experimental results indicate that the performance of FFSC is better than the methods proposed by previous studies. Relative to the direct forwarding strategy, the FFSC approach can reduce the delay by 7.56%\u201323.16% and increase the lifetime by more than 25%. It can also increase the energy efficiency as much as 18.99%. Relative to the single fixed threshold strategy, the FFSC approach can reduce the delay by 4.16%\u20139.79% and increase the energy efficiency by 19.28% while still guaranteeing the same lifetime as those previous methods."}]