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Accelerating the Design of Photonic Metamaterials by Artificial Intelligence

机译:通过人工智能加速光子超材料的设计

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In this talk, I will discuss how to accelerate the design of novel metamaterials by deep learning, a subset of artificial intelligence (AI) that learns multilevel abstraction of data using hierarchically structured layers. Different from the conventional approaches, deep learning can produce fast and accurate designs without the need of case-by-case and time-consuming numerical calculations or optimizations. The results show many exciting opportunities in the areas of optical design, integration and measurements when interfacing photonics with deep learning.
机译:在本演讲中,我将讨论如何通过深度学习(一种人工智能(AI)的子集),通过深度学习来加速新型超材料的设计,该人工智能使用分层结构化的层学习数据的多层抽象。与传统方法不同,深度学习可以快速而准确地进行设计,而无需进行个案和耗时的数值计算或优化。结果表明,在将光子学与深度学习相连接时,在光学设计,集成和测量领域将有许多令人兴奋的机遇。

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