基于相变材料的逆向设计光子仿真器及逆向设计方法数据

基于相变材料的逆向设计光子仿真器及逆向设计方法主要面向片上光计算研究，片上逆向设计需求建设，基于华中科技大学武汉光电国家研究中心实验室条件测试。主要记录了片上逆向设计芯片的计算算法，运行数据。实现不同功能时的光谱数据，透过率，传递函数等数据。验证了片上逆向设计芯片的可行性以及计算能力。为片上光计算提供了一种新的思路与算法。数据量：3.53MB.Phase-change material-based inverse design photonic simulator and inverse design method are primarily targeted at on-chip optical computing research and the construction of on-chip inverse design requirements, and tested under the laboratory conditions of Wuhan National Laboratory for Optoelectronics, Huazhong University of Science and Technology. This dataset mainly records the computational algorithms and operating data of the on-chip inverse design chip, as well as spectral data, transmittance, transfer function and other data when the chip implements different functions. The feasibility and computational capability of the on-chip inverse design chip have been verified, providing a novel idea and algorithm for on-chip optical computing. Data volume: 3.53 MB.

搜集汇总

背景与挑战

背景概述

该数据集面向片上光计算和逆向设计需求，记录了基于相变材料的逆向设计光子仿真器的计算算法、运行数据、光谱数据、透过率及传递函数等，验证了芯片的可行性和计算能力，数据总量为3.53MB。