@techreport{oai:ipsj.ixsq.nii.ac.jp:00174763,
 author = {小池, 誠 and Makoto, Koike},
 issue = {5},
 month = {Sep},
 note = {本稿は，音声対話システムの出力インタフェースとして，マイクロ波聴覚刺激を応用した無線通信を提案する．この無線通信の原理は，音声信号で振幅変調し，次にパルス変調し，更に頭部に向けてパルス変調されたマイクロ波ビームを照射する．マイクロ波聴覚刺激により頭部が復調器として機能し，頭の中に直接，音声が聞こえる．, Herein I propose a novel output interface of the spoken language system as a wireless, receiverless communication with the application of microwave auditory effect. In the principle of the wireless, receiverless communication, an amplitude of an acoustic single is modulated, and then the amplitude-modulated signal is further pulse modulated to generate a string of pulses. A microwave beam, which is thus pulse modulated, is impinged upon the head of a receiver so as to induce the microwave auditory effect. The head serves as a demodulator so as to produce speech within the head.},
 title = {音声対話システムの斬新な出力インタフェース},
 year = {2016}
}