Lin Ruizhe, Ge Jia, Tran Phiet, Perea Luis Alberto, Toole Ryan, Fok Mable P
Opt Express. 2018 May 14;26(10):13349-13360. doi: 10.1364/OE.26.013349.
Biomimetic photonics extract the good design of nature and mimic it with photonics. The weakly electric fish genus, Eigenmannia, has a unique neural algorithm - jamming avoidance response, to facilitate their survival in the deep dark ocean, by automatically adjusts the local transmitter carrier frequency to move away from the jamming frequency when it is within the jamming spectral range. Examining our own wireless microwave systems, the situation of inadvertent jamming is very similar as that in Eigenmannia. In this article, a biomimetic photonic approach inspired by the jamming avoidance response in a weakly electric fish genus, Eigenmannia, is naturally adopted to experimentally tackle signal jamming in wireless systems. Mimicking the system with photonics enables the proposed scheme to work for frequencies from hundreds of MHz to tens of GHz.
仿生光子学提取自然的优良设计并用光子学进行模仿。弱电鱼属的艾氏电鳗具有一种独特的神经算法——干扰避免反应,以便它们在黑暗的深海中生存,当处于干扰频谱范围内时,通过自动调整本地发射器载波频率以远离干扰频率。审视我们自己的无线微波系统,无意干扰的情况与艾氏电鳗的情况非常相似。在本文中,自然地采用了一种受弱电鱼属艾氏电鳗的干扰避免反应启发的仿生光子学方法,来通过实验解决无线系统中的信号干扰问题。用光子学模仿该系统使所提出的方案能够在数百兆赫到数十吉赫的频率范围内工作。