The integration of artificial intelligence with electromagnetic metasurfaces has inaugurated a new era of intelligent metasurfaces,enabling self-adaptive ability for various user demands and in complex environments.Ho...The integration of artificial intelligence with electromagnetic metasurfaces has inaugurated a new era of intelligent metasurfaces,enabling self-adaptive ability for various user demands and in complex environments.However,inverse design,as the core of intelligent metasurfaces,is typically trained based on an assumption of ideal input,thus failing to maintain robustness against complex real-world signal distortions.展开更多
基金supported by the National Natural Science Foundation of China(Grant Nos.62550050,62422514,and 62471432 for C.Q.,U25A20520 and 62475228 for H.C.)the Natural Science Foundation of Zhejiang Province,China(Grant No.LZ26F010004 for C.Q.)。
文摘The integration of artificial intelligence with electromagnetic metasurfaces has inaugurated a new era of intelligent metasurfaces,enabling self-adaptive ability for various user demands and in complex environments.However,inverse design,as the core of intelligent metasurfaces,is typically trained based on an assumption of ideal input,thus failing to maintain robustness against complex real-world signal distortions.
