Development of integrated photonic AI based on reservoir computing with wavelength nodes

Ning Jing, Chao Wang
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Abstract

Understanding and dealing with complex, large-scale, nonlinear complex systems such as those studied in the fields of bionic computing, climate change, molecular modelling, economic development, and language processing are important. In recent decades, artificial intelligence (AI) technology has played a prominent role in dealing with complex systems and problems, and the continuous improvement of the performance of various AI computing equipment is one of the decisive factors for its rapid development.
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利用波长节点开发基于水库计算的集成光子人工智能
理解和处理复杂的大规模非线性复杂系统非常重要,例如仿生计算、气候变化、分子建模、经济发展和语言处理等领域所研究的复杂系统。近几十年来,人工智能(AI)技术在处理复杂系统和问题方面发挥了突出作用,各种人工智能计算设备性能的不断提高是其快速发展的决定性因素之一。
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