Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Traditional wireless security schemes neglect the unique properties of the wireless channel. Exploiting physical layer can significantly enhance the conventional security schemes. Hover, the robustness and bit mismatch rate of current physical-layer-based schemes still need to be improved. Conventional two thresholds quantization is not stable when inserting or removing intermediate objects beten legitimate users, and the consistency of the generated secret key is low due to small fluctuations. In this article,  propose a differential secret key generation scheme based on ighted exponential moving average (WEMA) method. Differential quantization is utilized to enhance the robustness of the secret key generation scheme. Furthermore,  prove that WEMA method can effectively smooth out short-term fluctuations and decreasing the bit mismatch rate. Finally,  present a numerical simulation to demonstrate the feasibility of our proposal.
['Mingqi Chen', 'Ting Jiang', 'Weixia Zou']
I am writing a research paper on a idea Differential physical layer secret key generation based on weighted exponential moving average
[{"from": "human", "value": "I am writing a research paper on a idea Differential physical layer secret key generation based on weighted exponential moving average"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Traditional wireless security schemes neglect the unique properties of the wireless channel. Exploiting physical layer can significantly enhance the conventional security schemes. Hover, the robustness and bit mismatch rate of current physical-layer-based schemes still need to be improved. Conventional two thresholds quantization is not stable when inserting or removing intermediate objects beten legitimate users, and the consistency of the generated secret key is low due to small fluctuations. In this article,  propose a differential secret key generation scheme based on ighted exponential moving average (WEMA) method. Differential quantization is utilized to enhance the robustness of the secret key generation scheme. Furthermore,  prove that WEMA method can effectively smooth out short-term fluctuations and decreasing the bit mismatch rate. Finally,  present a numerical simulation to demonstrate the feasibility of our proposal."}]