Computational imaging is an emerging research frontier and hot spot in the field of optoelectronics at home and abroad in recent years. It has a wide range of application needs and development potentials in the fields of automatic vehicle driving, industrial production and inspection, life science and medical care, and national defense and security. In order to strengthen academic exchanges, broaden research horizons, promote the common development of related disciplines and industries, and increase the influence of China's computational imaging technology research in the international arena, the Chinese Society of Optical Engineering (CSOE) has joined forces with relevant superior research institutes in the field of computational imaging in China. We will hold the "International Conference on Computational Imaging (CITA2021)", inviting experts in the field of computational imaging from home and abroad to discuss in depth the research progress, technical bottlenecks and development trends in computational imaging fundamental theories, systems, technologies, devices, computational processing and applications, etc. CITA is committed to developing into the largest, highest level and most comprehensive international academic event in the field of computational imaging. We sincerely welcome researchers and industry practitioners in related fields at home and abroad to submit papers and attend this conference.

General Chairs:

Songlin Zhuang Chinese Academy of Engineering, China

Yueguang Lv Chinese Academy of Engineering, China

Executive Chairs:

Xiaopeng Shao Xi Dian University, China

Liangcai Cao Tsinghua University, China

 Continuously updating……

Topic 1: Basic Theory of Computational Imaging

•Physical model of computational imaging optoelectronic system

•Algorithm design of the inverse problem of computational imaging

•Computational imaging architecture system design

•Information theory of computational imaging systems

•evaluation of Computational imaging system 

Topic 2: Scatter imaging and non-view imaging

•Propagation and control of light in scattering media

•Imaging through turbid media

•Reflection scattering imaging/Non-Line-of-Sight (looking around corner) imaging

•Adaptive and wavefront shaping

•Time reversal imaging

Topic 3: 3D imaging

•Structured-light 3D imaging

•Fringe projection profilometry (FPP)

•Photogrammetry and stereo vision

•Time-of-flight (ToF) imaging

•Lidar technology

•Digital image correlation (DIC)

•Phase measuring deflectometry (PMD)

•Camera array imaging

•Integral imaging and light field imaging

Topic 4: Polarization measurement and polarization imaging

•Measurement and calibration of polarization parameters

•Polarization-gated imaging

•Polarization-based 3D imaging

•Polarization-sensitive biological imaging

•Polarization-based target detection and sensing

Topic 5: Holographic imaging and phase imaging

•Holographic interferometry

•Digital holography

•Phase retrieval

•Quantitative phase imaging (QPI)

•Transport of intensity equation (TIE)

•Ptychography and Fourier ptychographic microscopy (FPM)

•Optical diffraction tomography (ODT)

•Lensless imaging

Topic 6: Multi-band imaging and computational spectral imaging

•Infrared/low-light-level computational imaging

•Terahertz computational imaging

•Computational multi- /hyper-spectral imaging

•Coded aperture imaging

•Wavefront coding imaging

•Super-resolution spectral imaging

•Advanced spectrometer design

•Spectral data processing and analysis

•Visible /infrared image fusion

Topic 7: Single-pixel/ correlated imaging and single-photon imaging

•Basic theory of correlated imaging

•Computational correlated imaging

•Single pixel imaging

•Single-photon imaging

•Single-photon lidar

•Non-line-of-sight imaging

•Quantum imaging

Topic 8: Micro-nano optics and computational imaging

•Multi-dimensional manipulation of optical field based on micro-nano optics

•Diffractive optics elements and computational imaging

•metasurface and metalens

•Computational imaging based on artificial micro-nano structures

•Liquid lens and computational imaging

Topic 9: Biomedicine and Computational Imaging

•Super-resolution microscopic imaging

•3D microscopic imaging

•Holographic microscopy

•Light-field microscopy

•Deep penetration microscopic imaging

•Label-free microscopic imaging

•Ultrasound imaging

•Photoacoustic imaging/radioacoustic imaging/thermoacoustic imaging

•Optical manipulation and optical tweezers

•Optical coherence tomography (OCT)

•X-ray computed tomography (CT)

•Magnetic resonance imaging (MRI)

•Deep-learning-based imaging

Topic 10: Artificial Intelligence and Computational Imaging

•Artificial intelligence (AI) and deep learning technology

•Deep learning guided imaging system design 

•Computational imaging reconstruction based on deep learning

•Optical neural networks

•Optical Computing and Photonic Chip

•Intelligent imaging electronics and detectors

Topic 11: Frontier Issues in Computational Imaging

•SWaP minimalist system design

•Ultra-fast computational imaging

•Bionic computational imaging

•Non-traditional detectors (curved, non-uniform sampled, compound eyes, etc.)

•Photoelectric integrated computational imaging system

•Computational imaging supported by big data

•Distributed computational imaging

 

 

Supported Journals:

PhotoniX、Opto-Electronic Advances(SCI)、Photonic Sensors (SCI)、Journal of Infrared and Millimeter Waves | J Infrared Millim W(SCI)、Infrared and Laser Engineering (EI)、Optics and Precision Engineering（EI）、Journal of Semiconductors(EI)、Acta photonica sinica(EI)、SPIE Processing (EI)、Chinese Optics（EI）、Opto-Electronic Engineering、Journal of Terahertz Science and Electronic Information Technology

September 24, all day: Registration, Concurrent Activities

 

 

 

Concurrent Activities:
• Smart Manufacturing Industry Forum

• Life Science Industry Forum

• True 3D Acquisition and Display (3D Imaging) Industry Forum

 

  Continuously updating……

Secretariat:

Chinese Society for Optical Engineering, Fangfang Cai

Email: cai_ff@csoe.org.cn Tel: +86-010-63726007