Single pixel imaging (SPI) is a well-established computational imaging modality that renders
as a practical and innovative tool for sensing across almost the entire spectrum range. Given …

Traditional single-pixel imaging (SPI) encounters challenges such as high sampling
redundancy and poor imaging quality, constraining its widespread application. Despite a …

The speed of single-pixel imaging (SPI) is tied to its resolution, which is positively related to
the number of modulation times. Therefore, efficient large-scale SPI is a serious challenge …

The imaging quality of the conventional single-pixel-imaging (SPI) technique seriously
degrades at a low sampling rate. To tackle this problem, we propose an efficient sampling …

Noise is inevitable in single-pixel imaging (SPI). Although post-processing algorithms can
significantly improve image quality, they introduce additional processing time. To address …

Single-pixel imaging (SPI) can capture 2D images of the target with only a nonpixelated
detector, showing promising application potential in nonvisible spectral imaging, low-photon …

Single-pixel imaging (SPI) is a novel technique that captures 2D images using a photodiode,
instead of conventional 2D array sensors. SPI has high signal-to-noise ratio, wide spectral …

Imaging with non-classically correlated photon-pairs takes advantages over classical limits
in terms of sensitivity and a signal-to-noise ratio. However, it is still a challenge to achieve a …

Computational imaging enables spatial information retrieval of objects with the use of single-
pixel detectors. By combining measurements and computational methods, it is possible to …

Single-pixel cameras have recently emerged as promising alternatives to multi-pixel sensors
due to reduced costs and superior durability, which are particularly attractive for mid-infrared …