光学相机通信中基于深度学习的干扰消除与阈值处理

Md. Faisal Ahmed, Md. Osman Ali, Md. Morshed Alam, Y. Jang
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引用次数: 1

摘要

在光学相机通信中,利用卷帘门效应对图像进行数据采集时,周围光源的干扰会降低系统的性能。另一方面,当相机视场中出现多个光源时,从图像中获得归一化强度后会产生阈值问题。因此,我们采用深度学习方法去除干扰光源,并采用同步阈值法进行数据校正。我们还在Python环境中观察了系统在不同条件下的信号误差率性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interference Cancellation and Proper Thresholding Using Deep Learning Method in Optical Camera Communication
During data collection from the images using rolling shutter effect in the optical camera communication, interference from the surrounding light source reduce the system performances. On the other hand, thresholding problem creates after getting the normalized intensity from the image when number of sources appear in the camera’s field of view. Therefore, we applied deep learning approach for removing the interfering light sources and use synchronous thresholding method for data correction. We also observed the performance of signal-error-rate of the system in different condition in Python environment.
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