-transparent.png){kind=logo}
This paper presents an adaptive reconstruction method for coded aperture temporal compressive imaging. A pixel-wise equal-exposure coding strategy is first implemented to induce speckle-like features in the moving area of the measured image. A moving area detection method is then proposed to reconstruct the adaptively segmented moving areas into a series of video frames, which are filled back into the stationary clear background. Both simulation and experimental results demonstrate that the proposed method significantly reduces the time consumption of video reconstruction without degradation of image quality.
| UI | MeSH Term | Description | Entries |
|---|
Related Publications
Yueting Chen, and
Chaoying Tang, and
Zhihai Xu, and
Qi Li, and
Min Cen, and
Huajun Feng
May 2013,
Optics express,
Yueting Chen, and
Chaoying Tang, and
Zhihai Xu, and
Qi Li, and
Min Cen, and
Huajun Feng
January 2023,
Optics letters,
Yueting Chen, and
Chaoying Tang, and
Zhihai Xu, and
Qi Li, and
Min Cen, and
Huajun Feng
October 2023,
Optics letters,
Yueting Chen, and
Chaoying Tang, and
Zhihai Xu, and
Qi Li, and
Min Cen, and
Huajun Feng
November 2018,
IEEE transactions on image processing : a publication of the IEEE Signal Processing Society,
Yueting Chen, and
Chaoying Tang, and
Zhihai Xu, and
Qi Li, and
Min Cen, and
Huajun Feng
September 2023,
Optics letters,
Yueting Chen, and
Chaoying Tang, and
Zhihai Xu, and
Qi Li, and
Min Cen, and
Huajun Feng
January 2017,
Applied optics,
Yueting Chen, and
Chaoying Tang, and
Zhihai Xu, and
Qi Li, and
Min Cen, and
Huajun Feng
November 2015,
Applied optics,
Yueting Chen, and
Chaoying Tang, and
Zhihai Xu, and
Qi Li, and
Min Cen, and
Huajun Feng
January 2019,
IEEE transactions on image processing : a publication of the IEEE Signal Processing Society,
Yueting Chen, and
Chaoying Tang, and
Zhihai Xu, and
Qi Li, and
Min Cen, and
Huajun Feng
March 2012,
Optics letters,
Yueting Chen, and
Chaoying Tang, and
Zhihai Xu, and
Qi Li, and
Min Cen, and
Huajun Feng
March 2021,
Optics express,
