Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Media-based Modulation (MBM), introduced by Khandani, is based on bearing part of information in the variations of transmission media. Hover, MBM combined with forward error correction (FEC) codes is limited to hard decision decoding in the literature, which causes a performance loss. , a novel scheme is proposed, called polar coded MBM (PCMBM), to provide a higher coding gain and better overall system performance. The proposed PCMBM scheme maps the channel index in the frozen polar set and the other information in the free polar set. The advantage is that the bits that identify the channel do not need to be detected. Based on soft decision metric, this scheme makes full use of the received information by computing the exact likelihood ratio (LR). Furthermore,  analyze the channel capacity of PCMBM which is essential for polar coding and give a low-complexity approach based on sphere decoding to calculate bit LR. Simulation results show that this scheme is approximately 0.7 dB better than MBM with LDPC codes at BER 1e-6 under given conditions. 1
['Haichen Chen', 'Minjian Zhao']
I am writing a research paper on a idea Polar coded media-based modulation
[{"from": "human", "value": "I am writing a research paper on a idea Polar coded media-based modulation"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Media-based Modulation (MBM), introduced by Khandani, is based on bearing part of information in the variations of transmission media. Hover, MBM combined with forward error correction (FEC) codes is limited to hard decision decoding in the literature, which causes a performance loss. , a novel scheme is proposed, called polar coded MBM (PCMBM), to provide a higher coding gain and better overall system performance. The proposed PCMBM scheme maps the channel index in the frozen polar set and the other information in the free polar set. The advantage is that the bits that identify the channel do not need to be detected. Based on soft decision metric, this scheme makes full use of the received information by computing the exact likelihood ratio (LR). Furthermore,  analyze the channel capacity of PCMBM which is essential for polar coding and give a low-complexity approach based on sphere decoding to calculate bit LR. Simulation results show that this scheme is approximately 0.7 dB better than MBM with LDPC codes at BER 1e-6 under given conditions. 1"}]