第十二届非常规成像和波前探测国际会议 Unconventional Imaging and Wavefront Sensing XII

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活动简介

The combination of novel imaging techniques, sophisticated synthesis and reconstruction algorithms, and powerful digital computers promises revolutionary advances in high-resolution imagery with higher information content than that offered by conventional imagery. Evolving techniques have exploited diverse properties of the electromagnetic-field and novel measurement schemes. The digital computer has become an important tool in the synthesis of high-resolution imagery from measurements and the subsequent analysis and interpretation. Application areas include long-range imaging through atmospheric turbulence, optical and electron microscopy, synthetic aperture imaging, 3- and 4D imaging, tomographic imaging, biological imaging and imaging of nanostructures.

The objective of this conference is to bring together scientists and researchers interested in the development of unconventional imaging and wavefront sensing techniques as well as those interested in the scientific interpretation and analysis of the imagery with enhanced information content. Therefore, we seek papers that 1) describe novel imaging using unconventional means of sensing, collection, data processing, and interpretation, and 2) address space-based, airborne, and ground-based adaptive optical systems and laser systems, including those requiring compensation for extended path aberrations, high-speed aberrations, aero-optics effects, and highly scintillated optical fields.

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Papers from industry, government, academia, and other research organizations are solicited on the following and related areas:

Imaging

imaging from active or passive illumination
imaging from image-plane measurements, pupil-plane measurements, or both
imaging from diversity measurements, including phase diversity, polarization diversity, aperture diversity, wavelength diversity, and wavefront sensing
imaging through turbid media
imaging using ultrafast pulses
synthetic aperture imaging
multidimensional imaging
nanoimaging
mm wave imaging
image fusion and stitching
superresolution image processing
multispectral and hyperspectral imaging
coded aperture imaging
compressive sensing
feature-specific imaging
information-theoretic limits for image recovery and synthesis
experimental results or hardware related to the implementation of unconventional imaging systems
modeling and applications for which image recovery and synthesis are important
wide FOV and high resolution imaging systems
low-light imaging

Wavefront Sensing and Control

high-resolution and large-range wavefront aberration sensing and analysis
wavefront sensing with extended, noncooperative beacons
high-resolution, high-speed, and large-range wavefront phase modulation including mechanically deformable mirrors, membrane-based mirrors, MEMS mirrors, LCOS phase modulators, and OASLMs scene-based wavefront sensing
advances in gradient, curvature, and interferometric wavefront sensors
wavefront sensing in the presence of correlated and uncorrelated noise
advanced wavefront control systems for applications such as ground-to-ground imaging, retinal imaging, confocal microscopy, ultrashort pulse shaping, fiber coupling, laser communications, laser designation, astronomy, and wavefront control inside laser cavity
analysis of nonlinear systems, devices, and processes for imaging, wave propagation, and information processing as it relates to wavefront spatio-temporal dynamics
multi-conjugate adaptive optics systems for extended-path aberration compensation
dynamic measurement, control, and correction approaches for severely aberrated optics and flexible optics
reconfigurable diffractive optical systems
wide dynamic range wavefront sensing and control including severe aberration control and nonmechanical beam steering
ophthalmological applications of adaptive optics and wavefront sensing
artificial turbulence generation, dynamics, and measurement.