数字微镜装置
像素
计算机科学
探测器
图像分辨率
计算机视觉
人工智能
数字成像
相(物质)
光学
图像处理
数字图像
物理
图像(数学)
电信
量子力学
作者
Ya-Nan Zhao,Li Wang,Shelly X. Bian,Shengwei Cui,De-Zhong Cao,Bao-Lai Liang,Hong‐Chao Liu,Su-Heng Zhang
摘要
Single-pixel imaging (SPI) can capture images using a single-pixel detector. However, conventional SPI schemes only provide a magnitude image of the object, where the phase information is completely lost. Here, we present a dual-modal SPI (DMSPI) system capable of simultaneously capturing the real-part and magnitude images. Since the real-part image fuses the phase distribution, DMSPI has a strong information acquisition capability for all types of objects. The DMSPI system utilizes the two reflection arms provided by the digital micromirror device (DMD) to perform zero-frequency detection in one arm and bucket detection in the other to achieve dual-modal imaging. Benefiting from the unique modulation characteristics of DMD, the DMSPI system is simple and efficient, with high spatial resolution and fast imaging speed. Thus, it might find broad applications in biomedical diagnostics and industrial inspection.
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