Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A millimeter-wave beam multiplexing method using a hybrid beamforming is proposed.  theoretically show that inter-subarray coding at the subarray type interleaved configuration can reduce interference and multiple beams of the same high gain as the full connection type. The condition that a hybrid beamforming of the subarray type can create the multiple high gain beams is clarified. For the case of beam multiplexing, the interleaved configuration with inter-subarray coding is confirmed to be robust for interference increasing by errors of beam direction estimation. Therefore,  think that the interleaved configuration is suitable for millimeter-wave beam multiplexing.
['Masahiko Shimizu', 'Atsushi Honda', 'Shohei Ishikawa', 'Kazuyuki Ozaki', 'Shunsuke Fujio', 'Kenichi Nishikawa', 'Li Zhengyi', 'Chikara Kojima', 'Toshihiro Shimura', 'Hiroshi Ashida', 'T. Ohshima', 'Yoji Ohashi', 'Makoto Yoshida']
I am writing a research paper on a idea Millimeter-wave beam multiplexing method using hybrid beamforming
[{"from": "human", "value": "I am writing a research paper on a idea Millimeter-wave beam multiplexing method using hybrid beamforming"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A millimeter-wave beam multiplexing method using a hybrid beamforming is proposed.  theoretically show that inter-subarray coding at the subarray type interleaved configuration can reduce interference and multiple beams of the same high gain as the full connection type. The condition that a hybrid beamforming of the subarray type can create the multiple high gain beams is clarified. For the case of beam multiplexing, the interleaved configuration with inter-subarray coding is confirmed to be robust for interference increasing by errors of beam direction estimation. Therefore,  think that the interleaved configuration is suitable for millimeter-wave beam multiplexing."}]