Prof. Tian serves as guest editor on Optical Computational Imaging
Prof. Tian serve as a guest editor of a special section on Optical Computational Imaging in SPIE Optical Engineering.
Call for Papers:
The field of computational imaging deals with image formation from measurements that are not directly acquired as “pixels.” The advent of inexpensive focal plane technology has made digital imaging systems an indisputable success for visible band applications. However, the same is not true for other parts of the electro-optical EO spectrum, and sensors remain expensive for short wavelengths (e.g., x-ray and ultraviolet), and longwave infrared parts of the spectrum. In addition to intensity imaging, many applications seek to exploit the polarization and multispectral information contained in light. In recent years, EO computational imaging has made significant strides to go well beyond the traditional role of the digital cameras to generate multidimensional images that contain depth and spectral and polarization information, in addition to spatial intensities.
This special section is seeking high-quality journal articles describing recent work on the design, analysis, simulations, and experimental results involving any and all aspect of electro-optical computational imaging. Particular topics of interest include but is not limited to:
Instrumentation design for computational imaging
- Compressive, feature-specific, and coded-aperture imaging
- Point spread function and pupil engineering
- Light field and tomographic imaging
- Digital and optical superresolution
- Adaptive optics, phase conjugation, and phase diversity
- Computational/structured illumination
- Multimodal and multiplexed imaging, e.g., 3-D, hyperspectral, spatiotemporal, polarization
- Multiple aperture systems